If you’re looking for any additional testing products that you don’t see here (such as test kits and instrumentation) then please visit Vendart Diagnostics.
The new Insta-TEST QAC Dual Range test strips take care of all your testing needs in one strip! Whether checking the concentration of your QAC solution or checking to ensure complete removal from treated surfaces, the new dual range test strip does it all!
QAC is used in many sanitation applications, including food processing, dairy industry, beverage industry, canning plants, cooling towers and drinking water treatment to name a few. QAC levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use test strips to quickly and effectively monitor sanitiser levels.
Premium quality packaging!
Insta-TEST QAC Dual Range are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
For the fast and easy determination of iodine in solution.
Iodine is used in many sanitation applications, including food processing, dairy industry, beverage industry, canning plants, cooling towers and drinking water treatment to name a few. Iodine levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use Iodine Test Papers to quickly and effectively monitor sanitiser levels.
Store Iodine Test Papers in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy determination of quaternary ammonium compounds in solution
QAC is used in many sanitation applications, including food processing, dairy industry, beverage industry, canning plants, cooling towers and drinking water treatment to name a few. QAC levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use QAC Test Paper to quickly and effectively monitor sanitiser levels.
Directions for use
Immerse QAC Test Paper in solution and remove immediately. Hold strip level for 5 seconds. Shake off excess water from pad. Compare pad to colour chart. Sample must be at room temperature 25°C.
For the quick and easy determination of quaternary ammonium compounds in solution
QAC is used in many sanitation applications, including food processing, dairy industry, beverage industry, canning plants, cooling towers and drinking water treatment to name a few. QAC levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use QAC Test Paper to quickly and effectively monitor sanitiser levels.
Directions for use
Immerse QAC Test Paper in solution and remove immediately. Hold strip level for 5 seconds. Shake off excess water from pad. Compare pad to colour chart. Sample must be at room temperature 25°C.
A fast and convenient way to measure low range levels of total chlorine. Get reliable results in 10 seconds!
Which form of chlorine do you want to measure?
Free chlorine is a measure of how much chlorine is free and available to sanitise. That is, how much chlorine has not yet reacted with contaminants in the water and is therefore available to kill harmful bacteria and algae. Free chlorine occurs in two forms: hypochlorous acid and hypochlorite ion.
Combined chlorine is a measure of chloramines. Chloramines are the by-products of hypochlorous acid’s reactions with contaminants. Once hypochlorous acid has ‘combined’ with harmful substances in the water (such as sweat in the case of swimming pool water), chloramines are formed. Think of them as waste products that need to be removed from the water. There is no way to directly test for combined chlorine, instead we need to test for total chlorine.
Total chlorine is simply a measure of both free chlorine and combined chlorine. To work out combined chlorine, subtract your free chlorine reading from your total chlorine reading.
total chlorine – free chlorine = combined chlorine
Premium quality packaging!
Insta-TEST Total Chlorine are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
Insta-TEST Total Chlorine should be stored in a cool, dry place. Avoid exposure to sunlight and moisture.
A fast and convenient way to measure low range levels of total chlorine. Get reliable results in 10 seconds!
Which form of chlorine do you want to measure?
Free chlorine is a measure of how much chlorine is free and available to sanitise. That is, how much chlorine has not yet reacted with contaminants in the water and is therefore available to kill harmful bacteria and algae. Free chlorine occurs in two forms: hypochlorous acid and hypochlorite ion.
Combined chlorine is a measure of chloramines. Chloramines are the by-products of hypochlorous acid’s reactions with contaminants. Once hypochlorous acid has ‘combined’ with harmful substances in the water (such as sweat in the case of swimming pool water), chloramines are formed. Think of them as waste products that need to be removed from the water. There is no way to directly test for combined chlorine, instead we need to test for total chlorine.
Total chlorine is simply a measure of both free chlorine and combined chlorine. To work out combined chlorine, subtract your free chlorine reading from your total chlorine reading.
total chlorine – free chlorine = combined chlorine
Premium quality packaging!
Insta-TEST Total Chlorine are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
Insta-TEST Total Chlorine should be stored in a cool, dry place. Avoid exposure to sunlight and moisture.
A fast and convenient way to measure low range levels of free chlorine. Get reliable results instantly, just dip & read!
Which form of chlorine do you want to measure?
Free chlorine is a measure of how much chlorine is free and available to sanitise. That is, how much chlorine has not yet reacted with contaminants in the water and is therefore available to kill harmful bacteria and algae. Free chlorine occurs in two forms: hypochlorous acid and hypochlorite ion.
Combined chlorine is a measure of chloramines. Chloramines are the by-products of hypochlorous acid’s reactions with contaminants. Once hypochlorous acid has ‘combined’ with harmful substances in the water (such as sweat in the case of swimming pool water), chloramines are formed. Think of them as waste products that need to be removed from the water. There is no way to directly test for combined chlorine, instead we need to test for total chlorine.
Total chlorine is simply a measure of both free chlorine and combined chlorine. To work out combined chlorine, subtract your free chlorine reading from your total chlorine reading.
total chlorine – free chlorine = combined chlorine
Premium quality packaging!
Insta-TEST Free Chlorine are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
Store Insta-TEST Free Chlorine in a cool, dry place. Avoid exposure to sunlight and moisture.
Using a cup-size sample, immerse Insta-TEST pH test strip for 2 seconds. Remove strip with pad face up. Do not shake off excess water. With pad still facing up, wait 15 seconds and compare to colour scale.
Premium quality packaging!
Insta-TEST pH are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
A fast and convenient way to measure low range levels of total chlorine. Get reliable results in 10 seconds!
Which form of chlorine do you want to measure?
Free chlorine is a measure of how much chlorine is free and available to sanitise. That is, how much chlorine has not yet reacted with contaminants in the water and is therefore available to kill harmful bacteria and algae. Free chlorine occurs in two forms: hypochlorous acid and hypochlorite ion.
Combined chlorine is a measure of chloramines. Chloramines are the by-products of hypochlorous acid’s reactions with contaminants. Once hypochlorous acid has ‘combined’ with harmful substances in the water (such as sweat in the case of swimming pool water), chloramines are formed. Think of them as waste products that need to be removed from the water. There is no way to directly test for combined chlorine, instead we need to test for total chlorine.
Total chlorine is simply a measure of both free chlorine and combined chlorine. To work out combined chlorine, subtract your free chlorine reading from your total chlorine reading.
total chlorine – free chlorine = combined chlorine
Premium quality packaging!
Insta-TEST Total Chlorine are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
Insta-TEST Total Chlorine should be stored in a cool, dry place. Avoid exposure to sunlight and moisture.
For the fast and easy determination of low range hardness levels in water. Suitable for a variety of different applications.
Directions for use
Using a cup-size sample, immerse Insta-TEST Hardness strip into sample and remove immediately. Hold strip with pad face up. Do not shake off excess water. With pad still facing up, wait 15 seconds and compare to colour scale. Discard strip after 30 seconds.
Premium quality packaging!
Insta-TEST Hardness are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
Simple to use with instant results, just dip & read! Suitable for measuring biguanide shock in pools & spas, or for measuring hydrogen peroxide sanitiser levels.
Directions for use:
Immerse Insta-TEST Hydrogen Peroxide test strip into sample and remove with pad face up. Do not shake off excess water. Immediately compare to colour chart.
Premium quality packaging!
Insta-TEST Hydrogen Peroxide are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
Simple to use with instant results, just dip & read!
Directions for use
Immerse Insta-TEST Hydrogen Peroxide test strip in sample and remove with pad face up. Do not shake off excess water. Immediately compare to colour chart.
Premium quality packaging!
Insta-TEST Hydrogen Peroxide are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
Insta-TEST Wide Range Total Chlorine & pH Test Strips
Ideal for monitoring high levels of chlorine and pH levels during superchlorination.
Directions for use
Immerse Insta-TEST Wide Range Total Chlorine & pH test strip to a depth of 15 cm. Remove with pads face up. Do not shake off excess water. Wait 15 seconds and immediately compare to colour chart.
Premium quality packaging
Insta-TEST Wide Range Total Chlorine & pH are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
A quick and easy way to test for Alkalinity in water. Alkalinity gives water the capacity to neutralise acids. That is, it prevents acids from causing the pH of the water to drop.
Directions for use
To use Insta-TEST Alkalinity, use a cup-sized sample and dip strip for 2 seconds. Remove strip with pad face up. Do not shake off excess water. With the pad still facing up, read immediately. Discard strip after 30 seconds.
Premium quality packaging!
Insta-TEST Alkalinity are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
For the determination of chlorine dioxide in solution.
Chlorine dioxide is used in many sanitation applications, including food processing, dairy industry, beverage industry, canning plants, cooling towers and drinking water treatment to name a few. Chlorine dioxide levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use Insta-TEST Chlorine Dioxide test strips to quickly and effectively monitor sanitiser levels.
Directions for use
Using a cup-size sample, immerse strip for 2 seconds. Remove strip with pad face up. Do not shake off excess water. Compare to colour chart immediately. Discard strip after 30 seconds.
Premium quality packaging!
Insta-TEST Chlorine Dioxide are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
For the fast and easy determination of peracetic acid (also known as peroxyacetic acid or PAA) in solution.
Peracetic Acid is used in many sanitation applications, including food processing, dairy industry, beverage industry, canning plants, cooling towers and drinking water treatment to name a few. Peracetic acid levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use Insta-TEST Peracetic Acid to quickly and effectively monitor sanitiser levels.
Directions for use
Using a cup-size sample, immerse test strip and remove with pads face up. Do not shake off excess water. Wait 10 seconds and compare to colour chart immediately. Discard strip after 30 seconds.
Premium quality packaging!
Insta-TEST Peracetic Acid are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
For the fast and easy determination of high levels of peracetic acid in solution.
Peracetic Acid is used in many sanitation applications, including food processing, dairy industry, beverage industry, canning plants, cooling towers and drinking water treatment to name a few. Peracetic acid levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use Insta-TEST Peracetic Acid to quickly and effectively monitor sanitiser levels.
Directions for use
Using a cup-size sample, immerse test strip and remove with pads face up. Do not shake off excess water. Wait 10 seconds and compare to colour chart immediately. Discard strip after 30 seconds.
Premium quality packaging!
Insta-TEST Peracetic Acid are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
For the fast and easy determination of high levels of peracetic acid in solution.
Peracetic Acid is used in many sanitation applications, including food processing, dairy industry, beverage industry, canning plants, cooling towers and drinking water treatment to name a few. Peracetic acid levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use Insta-TEST Peracetic Acid to quickly and effectively monitor sanitiser levels.
Directions for use
Using a cup-size sample, immerse test strip and remove with pads face up. Do not shake off excess water. Wait 10 seconds and compare to colour chart immediately. Discard strip after 30 seconds.
Premium quality packaging!
Insta-TEST Peracetic Acid are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
For the determination of chlorine dioxide in solution.
Chlorine dioxide is used in many sanitation applications, including food processing, dairy industry, beverage industry, canning plants, cooling towers and drinking water treatment to name a few. Chlorine dioxide levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use Insta-TEST Chlorine Dioxide test strips to quickly and effectively monitor sanitiser levels.
Directions for use
Using a cup-size sample, immerse strip for 2 seconds. Remove strip with pad face up. Do not shake off excess water. With pad still facing up, wait 10 seconds and then compare to colour chart. Discard strip after 30 seconds.
Premium quality packaging!
Insta-TEST Chlorine Dioxide are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
The 3M™ Almond Protein Rapid Kit is intended for screening for the presence of almond proteins in clean-in-place (CIP) final rinse water, environmental swab samples, food ingredients and processed food products.
The 3M Almond Protein Rapid Kit utilizes a lateral flow device (LFD) that is an immunochromatographic test method utilizing antibodies which are specific for the detection of almond proteins. Positive results are visualized by the presence of three lines: a control line, a hook line and a test line, when the almond protein is present in the range of concentrations from a lower level of 2 ppm and a higher level of approximately 10 mg/mL of almond protein in saline solution (0.9% sodium chloride). These limits may vary depending on the matrix tested. Samples containing more than 5% almond may result in an invalid test which will result in the absence of the hook line and/or test line.
Test complete 11 minutes after application of the sample.
Rapid, qualitative immunochromatographic lateral flow test cartridges designed for the detection of allergenic food proteins.
Designed to detect both processed and unprocessed allergen proteins.
Test can be used for environmental swabs, CIP rinse water and food samples.
The 3M™ Cashew Protein Rapid Kit is intended for screening for the presence of cashew proteins in clean-in-place (CIP) final rinse water, environmental swab samples, food ingredients and processed food products.
The 3M Cashew Protein Rapid Kit utilizes a lateral flow device (LFD) that is an immunochromatographic test method utilizing antibodies which are specific for the detection of cashew proteins. Positive results are visualized by the presence of three lines: a control line, a hook line and a test line, when the cashew protein is present in the range of concentrations from a lower level of 2 ppm and a higher level of approximately 10 mg/mL of cashew protein in saline solution (0.9% sodium chloride). These limits may vary depending on the matrix tested. Samples containing more than 10% cashew may result in an invalid test which will result in the absence of the hook line and/or test line.
Test complete 11 minutes after application of the sample.
Rapid, qualitative immunochromatographic lateral flow test cartridges designed for the detection of allergenic food proteins.
Designed to detect both processed and unprocessed allergen proteins.
Test can be used for environmental swabs, CIP rinse water and food samples.
3M™ Clean-Trace™ Surface Protein (Allergen) Test Swab ALLTEC60 is a rapid, simple, and reliable solution to monitor the presence of allergens on surfaces to effectively manage cleaning.
It is a fast and easy way to check whether cleaning has been carried out to a satisfactory standard by means of protein detection. The 3M™ Clean-Trace™ Surface Protein (Allergen) Test Swab uses the 3M™ Digital Heating Block V120 to produce an accurate reading in 15 minutes or less. By comparing the color of the swab and solution against the label, the user can easily interpret the results for the presence of allergens. 3M™ Clean-Trace™ Surface Protein (Allergen) Test Swab ALLTEC60 is validated for a range of allergenic proteins, including egg, milk, gluten, soy, peanut, almond and buckwheat. Refrigeration is not required since this can be stored at room temperature (25°C or 77°F). This easy-to-use device requires minimal training. Not intended for consumer use.
With the unique swab-click-read format and easy-to-read color change technology, this simple method of checking for removal of protein residues after cleaning is very easy to use and implement in a busy production environment. The results are semi-quantitative with four possible color interpretations. The faster the test turns purple and the stronger the color change the higher the level of contamination on a surface.
Go Beyond Clean: With the 3M™ Clean-Trace™ Surface Protein (Allergen) Test Swab ALLTEC60, monitoring allergens on surfaces and in hard to reach areas is simple with results in 15 minutes or less. Quick detection and confirmation allows immediate corrective action to take place. A visual reading of a color change indicates the level of cleanliness by detecting as little as 3µg of allergen on surfaces and in solution. No instrumentation is required to interpret the sample results. This product can be used with minimal training and is easily integrated into company HACCP programs to monitor for cleaning effectiveness. Additionally, its ease of use, reliable detection and fast, visible results can help in teaching staff the importance of cleaning.
Detects as little as 3 µg of protein on surfaces and in hard to reach areas.
Provides a tool to help assess and improve hygienic performance.
Visual reading of a color change indicates the level of cleanliness.
Real time results allow immediate corrective action.
Validated for a range of allergenic proteins, including egg, milk, gluten, soy, peanut, almond and buckwheat.
3M™ Clean-Trace™ Surface Protein Instant is used to assess surface hygiene by the measurement of protein. This test is an economical alternative for food hygiene workers who predominantly test flat surfaces.
3M™ Clean-Trace™ Surface Protein Plus Test Swab PRO50 is a simple, quick, and reliable method of checking for the removal of protein residues after cleaning. It is a semi-quantitative protein test with swab-click-read simplicity. The test is based on colour change for easy interpretation, and no instruments are required. Easily access hard-to-reach areas and get reliable results in 10 minutes or less when the surface contamination is high.
3M™ Clean-Trace™ Surface Protein Plus Test Swab PRO100 is a simple, quick, and reliable method of checking for the removal of protein residues after cleaning and quickly identifies contamination.
This sensitive tool detects as little as 50µg of protein on surfaces. A quick, easy visual reading of a color change indicates the presence of detectable levels of protein and the fast results allow immediate corrective action.
The 3M™ Clean-Trace™ Surface Protein Plus Test Swab PRO100 can be integrated into any Hygiene Management Program where risk areas can be effectively monitored for cleaning effectiveness. As an additional benefit, it can help to reduce the risk of biological contamination, where food residues on surfaces could potentially provide nutrients for spoilage or pathogenic bacteria to thrive. This easy-to-use device requires minimal training. Not intended for consumer use.
Go Beyond Safe: Monitoring the effectiveness of cleaning in critical areas helps to reduce the risk of a food safety incident. With the 3M™ Clean-Trace™ Surface Protein Plus Test Swab PRO100, monitoring for contamination on surfaces and in hard to reach areas is simple with results in 10 minutes. Quick detection and confirmation allows immediate corrective action to take place. A visual reading of a color change indicates the level of cleanliness by detecting as little as 50µg of protein. No instrumentation is required to interpret the sample results. This product can be used with minimal training and is easily integrated into company HACCP programs to monitor for cleaning effectiveness. Additionally, its ease of use, reliable detection and fast, visible results can help in teaching staff the importance of cleaning.”
Helps to reduce the risk of a food safety incident.
Detects as little as 50µg of protein on surfaces and in solution.
Tests for a the presence of proteins to verify effectiveness of cleaning.
Visual reading of a color change indicates the presence of
The 3M™ Coconut Protein Rapid Kit is intended for screening for the presence of coconut proteins in clean-in-place (CIP) final rinse water, environmental swab samples, food ingredients and processed food products.
The 3M Coconut Protein Rapid Kit utilizes a lateral flow device (LFD) that is an immunochromatographic test method utilizing antibodies which are specific for the detection of coconut proteins. Positive results are visualized by the presence of three lines: a control line, a hook line and a test line, when the coconut protein is present in the range of concentrations from a lower level of 2 ppm and a higher level of approximately 1.6 mg/mL of coconut protein in saline solution (0.9% sodium chloride). These limits may vary depending on the matrix tested. Samples containing more than 5% coconut may result in an invalid test which will result in the absence of the hook line and/or test line.
Test complete 11 minutes after application of the sample.
Rapid, qualitative immunochromatographic lateral flow test cartridges designed for the detection of allergenic food proteins.
Designed to detect both processed and unprocessed allergen proteins.
Test can be used for environmental swabs, CIP rinse water and food samples.
The 3M™ Egg White Protein Rapid Kit is intended for screening for the presence of egg white proteins in clean-in-place (CIP) final rinse water, environmental swab samples, food ingredients and processed food products.
The 3M Egg White Protein Rapid Kit utilizes a lateral flow device (LFD) that is an immunochromatographic test method utilizing antibodies which are specific for the detection of egg white proteins. Positive results are visualized by the presence of three lines: a control line, a hook line and a test line, when the egg white protein is present in the range of concentrations from a lower level of 0.5 ppm and a higher level of approximately 10 mg/mL of egg white protein in saline solution (0.9% sodium chloride). These limits may vary depending on the matrix tested. Samples containing more than 10% of egg white may result in an invalid test which will result in the absence of the hook line and/or test line.
Test complete 11 minutes after application of the sample.
Rapid, qualitative immunochromatographic lateral flow test cartridges designed for the detection of allergenic food proteins.
Designed to detect both processed and unprocessed allergen proteins.
Test can be used for environmental swabs, CIP rinse water and food samples.
The 3M™ Fish Protein Rapid Kit is intended for screening for the presence of fish proteins in clean-in-place (CIP) final rinse water, environmental swab samples, food ingredients and processed food products.
The 3M Fish Protein Rapid Kit utilizes a lateral flow device (LFD) that is an immunochromatographic test method utilizing antibodies which are specific for the detection of fish proteins. Positive results are visualized by the presence of three lines: a control line, a hook line and a test line, when the fish protein is present in the range of concentrations from a lower level of 1 ppm. This limit may vary depending on the matrix tested. The upper limit of detection has not been determined for specific fish species. Samples containing high amounts of fish protein may result in an invalid test which will result in the absence of the hook line and/or test line.
Test complete 11 minutes after application of the sample.
Rapid, qualitative immunochromatographic lateral flow test cartridges designed for the detection of allergenic food proteins.
Designed to detect both processed and unprocessed allergen proteins.
Test can be used for environmental swabs, CIP rinse water and food samples.
The 3M™ Gluten Protein Rapid Kit is intended for screening for the presence of gluten proteins in clean-in-place (CIP) final rinse water, environmental swab samples, food ingredients and processed food products.
The 3M Gluten Protein Rapid Kit utilizes a lateral flow device (LFD) that is an immunochromatographic test method utilizing a poly-clonal antibody which is specific for the detection of gliadin in Wheat, Rye (secalins) and Barley (hordeins) proteins and has shown to have no cross reactivity with other cultivars including Oats (avenins). Positive results are visualized by the presence of two lines; the test line and the control line, when gluten protein is present at or above 5 ppm for food raw ingredients, processed food products and CIP or rinse water solution, and at above 5 μg/mL per 100 cm2 for surfaces. These limits may vary depending on the matrix. The dynamic range of the 3M Gluten Protein Rapid Kit has been shown to be 2.5 ppm and >100,000 ppm. The upper limit of detection has not been reached even when testing pure toxic grains.
Test complete 11 minutes after application of the sample.
Rapid, qualitative immunochromatographic lateral flow test cartridges designed for the detection of allergenic food proteins.
Designed to detect both processed and unprocessed allergen proteins.
Test can be used for environmental swabs, CIP rinse water and food samples.
The 3M™ Hazelnut Protein Rapid Kit is intended for screening for the presence of hazelnut proteins in clean-in-place (CIP) final rinse water, environmental swab samples, food ingredients and processed food products.
The 3M Hazelnut Protein Rapid Kit utilizes a lateral flow device (LFD) that is an immunochromatographic test method utilizing antibodies which are specific for the detection of hazelnut proteins. Positive results are visualized by the presence of three lines: a control line, a hook line and a test line, when the hazelnut protein is present in the range of concentrations from a lower level of 2 ppm and a higher level of approximately 10 mg/mL of hazelnut protein in saline solution (0.9% sodium chloride). These limits may vary depending on the matrix tested. Samples containing more than 10% hazelnut may result in an invalid test which will result in the absence of the hook line and/or test line.
Test complete 11 minutes after application of the sample.
Rapid, qualitative immunochromatographic lateral flow test cartridges designed for the detection of allergenic food proteins.
Designed to detect both processed and unprocessed allergen proteins.
Test can be used for environmental swabs, CIP rinse water and food samples.
The 3M™ Milk Protein Rapid Kit is intended for screening for the presence of casein protein from cow’s milk in clean-in-place (CIP) final rinse water, environmental swab samples, food ingredients and processed food products.
The 3M™ Milk Protein Rapid Kit utilizes a lateral flow device (LFD) that is an immunochromatographic test method utilizing a poly-clonal antibody which is specific for the detection of casein protein. Positive results are visualized by the presence of three lines; the test line, the hook line and the control line, when cow’s milk protein is present at or above 3 ppm for food raw ingredients, processed food products and CIP, and at above 2.5 μg/mL per 100 cm2 for surfaces. These limits may vary depending on the matrix. Samples containing more than 3% milk may result in an invalid test which will be noticed by the absence of the hook line and/or test line. The dynamic range of the 3M™ Milk Protein Rapid Kit has been shown to be 1.25 ppm and 100,000 ppm from milk protein. The upper limit of detection has been shown to be approximately 1.5 mg/mL of NISTa 1549 in distilled water.
Test complete 11 minutes after application of the sample.
Rapid, qualitative immunochromatographic lateral flow test cartridges designed for the detection of allergenic food proteins.
Designed to detect both processed and unprocessed allergen proteins.
Test can be used for environmental swabs, CIP rinse water and food samples.
The 3M™ Peanut Protein Rapid Kit is intended for screening for the presence of peanut proteins in clean-in-place (CIP) final rinse water, environmental swab samples, food ingredients and processed food products.
The 3M Peanut Protein Rapid Kit utilizes a lateral flow device (LFD) that is an immunochromatographic test method utilizing antibodies which are specific for the detection of peanut proteins. Positive results are visualized by the presence of three lines: a control line, a hook line and a test line, when the peanut protein is present in the range of concentrations from a lower level of 1 ppm and a higher level of approximately 10 mg/mL of peanut protein in saline solution (0.9% sodium chloride). These limits may vary depending on the matrix tested. Samples containing more than 4% peanut may result in an invalid test which will result in the absence of the hook line and/or test line.
Test complete 11 minutes after application of the sample.
Rapid, qualitative immunochromatographic lateral flow test cartridges designed for the detection of allergenic food proteins.
Designed to detect both processed and unprocessed allergen proteins.
Test can be used for environmental swabs, CIP rinse water and food samples.
The 3M™ Pecan Protein Rapid Kit is intended for screening for the presence of pecan proteins in clean-in-place (CIP) final rinse water, environmental swab samples, food ingredients and processed food products.
The 3M Pecan Protein Rapid Kit utilizes a lateral flow device (LFD) that is an immunochromatographic test method utilizing antibodies which are specific for the detection of pecan proteins. Positive results are visualized by the presence of three lines: a control line, a hook line and a test line, when the pecan protein is present in the range of concentrations from a lower level of 3 ppm and a higher level of approximately 10 mg/mL of pecan protein in saline solution (0.9% sodium chloride). These limits may vary depending on the matrix tested. Samples containing more than 10% pecan may result in an invalid test which will result in the absence of the hook line and/or test line.
Test complete 11 minutes after application of the sample.
Rapid, qualitative immunochromatographic lateral flow test cartridges designed for the detection of allergenic food proteins.
Designed to detect both processed and unprocessed allergen proteins.
Test can be used for environmental swabs, CIP rinse water and food samples.
The 3M™ Pistachio Protein Rapid Kit is intended for screening for the presence of pistachio proteins in clean-in-place (CIP) final rinse water, environmental swab samples, food ingredients and processed food products.
The 3M Pistachio Protein Rapid Kit utilizes a lateral flow device (LFD) that is an immunochromatographic test method utilizing antibodies which are specific for the detection of pistachio proteins. Positive results are visualized by the presence of three lines: a control line, a hook line and a test line, when the pistachio protein is present in the range of concentrations from a lower level of 2 ppm and a higher level of approximately 10 mg/mL of pistachio protein in saline solution (0.9% sodium chloride). These limits may vary depending on the matrix tested. Samples containing more than 10% pistachio may result in an invalid test which will result in the absence of the hook line and/or test line.
Test complete 11 minutes after application of the sample.
Rapid, qualitative immunochromatographic lateral flow test cartridges designed for the detection of allergenic food proteins.
Designed to detect both processed and unprocessed allergen proteins.
Test can be used for environmental swabs, CIP rinse water and food samples.
The 3M™ Soy Protein Rapid Kit is intended for screening for the presence of soy proteins in clean-in-place (CIP) final rinse water, environmental swab samples, food ingredients and processed food products.
The 3M Soy Protein Rapid Kit utilizes a lateral flow device (LFD) that is an immunochromatographic test method utilizing antibodies which are specific for the detection of soy proteins. Positive results are visualized by the presence of three lines: a control line, a hook line and a test line, when the soy protein is present in the range of concentrations from a lower level of 2 ppm and a higher level of approximately 2 mg/mL of soy protein in saline solution (0.9% sodium chloride). These limits may vary depending on the matrix tested. Samples containing more than 1% soy may result in an invalid test which will result in the absence of the hook line and/or test line.
Test complete 11 minutes after application of the sample.
Rapid, qualitative immunochromatographic lateral flow test cartridges designed for the detection of allergenic food proteins.
Designed to detect both processed and unprocessed allergen proteins.
Test can be used for environmental swabs, CIP rinse water and food samples.
The 3M™ Walnut Protein Rapid Kit is intended for screening for the presence of walnut proteins in clean-in-place (CIP) final rinse water, environmental swab samples, food ingredients and processed food products.
The 3M Walnut Protein Rapid Kit utilizes a lateral flow device (LFD) that is an immunochromatographic test method utilizing antibodies which are specific for the detection of walnut proteins. Positive results are visualized by the presence of three lines: a control line, a hook line and a test line, when the walnut protein is present in the range of concentrations from a lower level of 2 ppm and a higher level of approximately 10 mg/mL of walnut protein in saline solution (0.9% sodium chloride). These limits may vary depending on the matrix tested. Samples containing more than 7% of walnut protein may result in an invalid test which will result in the absence of the hook line and/or test line.
Test complete 11 minutes after application of the sample.
Rapid, qualitative immunochromatographic lateral flow test cartridges designed for the detection of allergenic food proteins.
Designed to detect both processed and unprocessed allergen proteins.
Test can be used for environmental swabs, CIP rinse water and food samples.
Which form of chlorine do you want to measure?
Free chlorine is a measure of how much chlorine is free and available to sanitise. That is, how much chlorine has not yet reacted with contaminants in the water and is therefore available to kill harmful bacteria and algae. Free chlorine occurs in two forms: hypochlorous acid and hypochlorite ion.
Combined chlorine is a measure of chloramines. Chloramines are the by-products of hypochlorous acid’s reactions with contaminants. Once hypochlorous acid has ‘combined’ with harmful substances in the water (such as sweat in the case of swimming pool water), chloramines are formed. Think of them as waste products that need to be removed from the water. There is no way to directly test for combined chlorine, instead we need to test for total chlorine.
Total chlorine is simply a measure of both free chlorine and combined chlorine. To work out combined chlorine, subtract your free chlorine reading from your total chlorine reading.
total chlorine – free chlorine = combined chlorine
Premium quality packaging!
Insta-TEST Free and Total Chlorine are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
A fast and convenient way to measure high range levels of free chlorine. Get reliable results instantly, just dip & read!
Which form of chlorine do you want to measure?
Free chlorine is a measure of how much chlorine is free and available to sanitise. That is, how much chlorine has not yet reacted with contaminants in the water and is therefore available to kill harmful bacteria and algae. Free chlorine occurs in two forms: hypochlorous acid and hypochlorite ion.
Combined chlorine is a measure of chloramines. Chloramines are the by-products of hypochlorous acid’s reactions with contaminants. Once hypochlorous acid has ‘combined’ with harmful substances in the water (such as sweat in the case of swimming pool water), chloramines are formed. Think of them as waste products that need to be removed from the water. There is no way to directly test for combined chlorine, instead we need to test for total chlorine.
Total chlorine is simply a measure of both free chlorine and combined chlorine. To work out combined chlorine, subtract your free chlorine reading from your total chlorine reading.
total chlorine – free chlorine = combined chlorine
Premium quality packaging!
Insta-TEST Free Chlorine are packaged in LaMotte’s patented PopTop bottles, with clever features designed to protect your strips for longer:
• Molded desiccant liner, eliminating loose desiccant bags.
• Hinge guarantee for 1000+ openings
• Airtight & waterproof seal to lock out moisture & light
• Durable, high density HDPP outer shell
Store Insta-TEST Free Chlorine in a cool, dry place. Avoid exposure to sunlight and moisture.
A convenient way to test for QAC levels in sanitised water.
QAC is used in many sanitation applications, including food processing, dairy industry, beverage industry, canning plants, cooling towers and drinking water treatment to name a few. QAC levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use Insta-TEST QAC to quickly and effectively monitor sanitiser levels.
Often, disinfectants are mixed from a concentrate. Therefore, the potency level of the mixture varies depending on the amount of concentrate. To quickly test and verify potency levels of QAC disinfectant mixtures, Insta-TEST QAC test strips are the ideal tool.
Store Insta-TEST QAC in a cool, dry place. Avoid exposure to sunlight and moisture.
A fast and convenient way to measure total chlorine. Also available in a smaller pack size of 100 strips/bottle (code 4250-BJ-100).
Which form of chlorine do you want to measure?
Free chlorine is a measure of how much chlorine is free and available to sanitise. That is, how much chlorine has not yet reacted with contaminants in the water and is therefore available to kill harmful bacteria and algae. Free chlorine occurs in two forms: hypochlorous acid and hypochlorite ion.
Combined chlorine is a measure of chloramines. Chloramines are the by-products of hypochlorous acid’s reactions with contaminants. Once hypochlorous acid has ‘combined’ with harmful substances in the water (such as sweat in the case of swimming pool water), chloramines are formed. Think of them as waste products that need to be removed from the water. There is no way to directly test for combined chlorine, instead we need to test for total chlorine.
Total chlorine is simply a measure of both free chlorine and combined chlorine. To work out combined chlorine, subtract your free chlorine reading from your total chlorine reading.
combined chlorine = total chlorine – free chlorine
Directions for use
Immerse one inch of Total Chlorine Test Paper in solution. Remove immediately. Blot strip with paper towel. Compare strip to colour chart.
Total Chlorine Test Paper should be stored in a cool, dry place. Avoid exposure to sunlight and moisture.
A fast and convenient way to measure total chlorine. Also available in a larger pack size of 200 strips/bottle (code 4250-BJ)
Which form of chlorine do you want to measure?
Free chlorine is a measure of how much chlorine is free and available to sanitise. That is, how much chlorine has not yet reacted with contaminants in the water and is therefore available to kill harmful bacteria and algae. Free chlorine occurs in two forms: hypochlorous acid and hypochlorite ion.
Combined chlorine is a measure of chloramines. Chloramines are the by-products of hypochlorous acid’s reactions with contaminants. Once hypochlorous acid has ‘combined’ with harmful substances in the water (such as sweat in the case of swimming pool water), chloramines are formed. Think of them as waste products that need to be removed from the water. There is no way to directly test for combined chlorine, instead we need to test for total chlorine.
Total chlorine is simply a measure of both free chlorine and combined chlorine. To work out combined chlorine, subtract your free chlorine reading from your total chlorine reading.
combined chlorine = total chlorine – free chlorine
Directions for use
Immerse one inch of Total Chlorine Test Paper in solution. Remove immediately. Blot strip with paper towel. Compare strip to colour chart.
Total Chlorine Test Paper should be stored in a cool, dry place. Avoid exposure to sunlight and moisture.
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
pH indicator papers have been on the market for decades and are the standard for many applications.
The characteristic features of pH indicator papers are:
pH indicators are supplied on plastic reels that ensure long term stability and protection against many external influences. The indicator will always be ready to use when needed.
pH indicators are manufactured from high quality filter papers from MACHEREY-NAGEL. Combined with our ISO 9001 quality control scheme this ensures optimal quality. The user will always get reliable readings.
The colours of the colour scales are specially mixed to perfectly match the reaction colour of the indicator papers. This makes the reading of results easy and accurate.
Available in a variety of different measuring ranges. Find the ideal indicator paper for your application!
Duotest pH indicator papers – featuring two indicator zones for higher accuracy
Duotest indicator paper features two different indicator zones on one single paper. The zones are separated by a hydrophobic barrier, which effectively prevents mixing of the reaction colours and increases mechanical stability. Clear colour differences allow you to safely estimate intermediate values, which in turn increases measurement accuracy.
Duotest is available in a variety of different measuring ranges. Find the ideal test paper for your application!
Duotest pH indicator papers – featuring two indicator zones for higher accuracy
Duotest indicator paper features two different indicator zones on one single paper. The zones are separated by a hydrophobic barrier, which effectively prevents mixing of the reaction colours and increases mechanical stability. Clear colour differences allow you to safely estimate intermediate values, which in turn increases measurement accuracy.
Duotest is available in a variety of different measuring ranges. Find the ideal test paper for your application!
Duotest pH indicator papers – featuring two indicator zones for higher accuracy
Duotest indicator paper features two different indicator zones on one single paper. The zones are separated by a hydrophobic barrier, which effectively prevents mixing of the reaction colours and increases mechanical stability. Clear colour differences allow you to safely estimate intermediate values, which in turn increases measurement accuracy.
Duotest is available in a variety of different measuring ranges. Find the ideal test paper for your application!
Duotest pH indicator papers – featuring two indicator zones for higher accuracy
Duotest indicator paper features two different indicator zones on one single paper. The zones are separated by a hydrophobic barrier, which effectively prevents mixing of the reaction colours and increases mechanical stability. Clear colour differences allow you to safely estimate intermediate values, which in turn increases measurement accuracy.
Duotest is available in a variety of different measuring ranges. Find the ideal test paper for your application!
Duotest pH indicator papers – featuring two indicator zones for higher accuracy
Duotest indicator paper features two different indicator zones on one single paper. The zones are separated by a hydrophobic barrier, which effectively prevents mixing of the reaction colours and increases mechanical stability. Clear colour differences allow you to safely estimate intermediate values, which in turn increases measurement accuracy.
Duotest is available in a variety of different measuring ranges. Find the ideal test paper for your application!
Duotest pH indicator papers – featuring two indicator zones for higher accuracy
Duotest indicator paper features two different indicator zones on one single paper. The zones are separated by a hydrophobic barrier, which effectively prevents mixing of the reaction colours and increases mechanical stability. Clear colour differences allow you to safely estimate intermediate values, which in turn increases measurement accuracy.
Duotest is available in a variety of different measuring ranges. Find the ideal test paper for your application!
Duotest pH indicator papers – featuring two indicator zones for higher accuracy
Refill pack containing 3 reels.
Duotest indicator paper features two different indicator zones on one single paper. The zones are separated by a hydrophobic barrier, which effectively prevents mixing of the reaction colours and increases mechanical stability. Clear colour differences allow you to safely estimate intermediate values, which in turn increases measurement accuracy.
Duotest is available in a variety of different measuring ranges. Find the ideal test paper for your application!
Duotest pH indicator papers – featuring two indicator zones for higher accuracy
Refill pack containing 3 reels.
Duotest indicator paper features two different indicator zones on one single paper. The zones are separated by a hydrophobic barrier, which effectively prevents mixing of the reaction colours and increases mechanical stability. Clear colour differences allow you to safely estimate intermediate values, which in turn increases measurement accuracy.
Duotest is available in a variety of different measuring ranges. Find the ideal test paper for your application!
Duotest pH indicator papers – featuring two indicator zones for higher accuracy
Refill pack containing 3 reels.
Duotest indicator paper features two different indicator zones on one single paper. The zones are separated by a hydrophobic barrier, which effectively prevents mixing of the reaction colours and increases mechanical stability. Clear colour differences allow you to safely estimate intermediate values, which in turn increases measurement accuracy.
Duotest is available in a variety of different measuring ranges. Find the ideal test paper for your application!
Duotest pH indicator papers – featuring two indicator zones for higher accuracy
Refill pack containing 3 reels.
Duotest indicator paper features two different indicator zones on one single paper. The zones are separated by a hydrophobic barrier, which effectively prevents mixing of the reaction colours and increases mechanical stability. Clear colour differences allow you to safely estimate intermediate values, which in turn increases measurement accuracy.
Duotest is available in a variety of different measuring ranges. Find the ideal test paper for your application!
Duotest pH indicator papers – featuring two indicator zones for higher accuracy
Refill pack containing 3 reels.
Duotest indicator paper features two different indicator zones on one single paper. The zones are separated by a hydrophobic barrier, which effectively prevents mixing of the reaction colours and increases mechanical stability. Clear colour differences allow you to safely estimate intermediate values, which in turn increases measurement accuracy.
Duotest is available in a variety of different measuring ranges. Find the ideal test paper for your application!
Duotest pH indicator papers – featuring two indicator zones for higher accuracy
Duotest indicator paper features two different indicator zones on one single paper. The zones are separated by a hydrophobic barrier, which effectively prevents mixing of the reaction colours and increases mechanical stability. Clear colour differences allow you to safely estimate intermediate values, which in turn increases measurement accuracy.
Duotest is available in a variety of different measuring ranges. Find the ideal test paper for your application!
PEHANON is a special pH indicator test strip which has the following benefits:
Any sample colour has the same effect on both the reference colours and the reactive pad. This ensures unadulterated readings in coloured solutions. The user can be sure to get accurate pH values.
An invisible hydrophobic barrier just above the top colour field prevents capillary action of the test solution beyond this point. The handle will remain dry and clean, whatever the sample is. This makes using the strip very safe.
pH values can be determined without a separate colour chart. Workers can use single strips instead of complete packs with colour chart, which makes PEHANON economic.
14 different measuring ranges available. Find the ideal strip for your application!
PEHANON is a special pH indicator test strip which has the following benefits:
Any sample colour has the same effect on both the reference colours and the reactive pad. This ensures unadulterated readings in coloured solutions. The user can be sure to get accurate pH values.
An invisible hydrophobic barrier just above the top colour field prevents capillary action of the test solution beyond this point. The handle will remain dry and clean, whatever the sample is. This makes using the strip very safe.
pH values can be determined without a separate colour chart. Workers can use single strips instead of complete packs with colour chart, which makes PEHANON economic.
14 different measuring ranges available. Find the ideal strip for your application!
PEHANON is a special pH indicator test strip which has the following benefits:
Any sample colour has the same effect on both the reference colours and the reactive pad. This ensures unadulterated readings in coloured solutions. The user can be sure to get accurate pH values.
An invisible hydrophobic barrier just above the top colour field prevents capillary action of the test solution beyond this point. The handle will remain dry and clean, whatever the sample is. This makes using the strip very safe.
pH values can be determined without a separate colour chart. Workers can use single strips instead of complete packs with colour chart, which makes PEHANON economic.
14 different measuring ranges available. Find the ideal strip for your application!
PEHANON is a special pH indicator test strip which has the following benefits:
Any sample colour has the same effect on both the reference colours and the reactive pad. This ensures unadulterated readings in coloured solutions. The user can be sure to get accurate pH values.
An invisible hydrophobic barrier just above the top colour field prevents capillary action of the test solution beyond this point. The handle will remain dry and clean, whatever the sample is. This makes using the strip very safe.
pH values can be determined without a separate colour chart. Workers can use single strips instead of complete packs with colour chart, which makes PEHANON economic.
14 different measuring ranges available. Find the ideal strip for your application!
PEHANON is a special pH indicator test strip which has the following benefits:
Any sample colour has the same effect on both the reference colours and the reactive pad. This ensures unadulterated readings in coloured solutions. The user can be sure to get accurate pH values.
An invisible hydrophobic barrier just above the top colour field prevents capillary action of the test solution beyond this point. The handle will remain dry and clean, whatever the sample is. This makes using the strip very safe.
pH values can be determined without a separate colour chart. Workers can use single strips instead of complete packs with colour chart, which makes PEHANON economic.
14 different measuring ranges available. Find the ideal strip for your application!
PEHANON is a special pH indicator test strip which has the following benefits:
Any sample colour has the same effect on both the reference colours and the reactive pad. This ensures unadulterated readings in coloured solutions. The user can be sure to get accurate pH values.
An invisible hydrophobic barrier just above the top colour field prevents capillary action of the test solution beyond this point. The handle will remain dry and clean, whatever the sample is. This makes using the strip very safe.
pH values can be determined without a separate colour chart. Workers can use single strips instead of complete packs with colour chart, which makes PEHANON economic.
14 different measuring ranges available. Find the ideal strip for your application!
PEHANON is a special pH indicator test strip which has the following benefits:
Any sample colour has the same effect on both the reference colours and the reactive pad. This ensures unadulterated readings in coloured solutions. The user can be sure to get accurate pH values.
An invisible hydrophobic barrier just above the top colour field prevents capillary action of the test solution beyond this point. The handle will remain dry and clean, whatever the sample is. This makes using the strip very safe.
pH values can be determined without a separate colour chart. Workers can use single strips instead of complete packs with colour chart, which makes PEHANON economic.
14 different measuring ranges available. Find the ideal strip for your application!
PEHANON is a special pH indicator test strip which has the following benefits:
Any sample colour has the same effect on both the reference colours and the reactive pad. This ensures unadulterated readings in coloured solutions. The user can be sure to get accurate pH values.
An invisible hydrophobic barrier just above the top colour field prevents capillary action of the test solution beyond this point. The handle will remain dry and clean, whatever the sample is. This makes using the strip very safe.
pH values can be determined without a separate colour chart. Workers can use single strips instead of complete packs with colour chart, which makes PEHANON economic.
14 different measuring ranges available. Find the ideal strip for your application!
PEHANON is a special pH indicator test strip which has the following benefits:
Any sample colour has the same effect on both the reference colours and the reactive pad. This ensures unadulterated readings in coloured solutions. The user can be sure to get accurate pH values.
An invisible hydrophobic barrier just above the top colour field prevents capillary action of the test solution beyond this point. The handle will remain dry and clean, whatever the sample is. This makes using the strip very safe.
pH values can be determined without a separate colour chart. Workers can use single strips instead of complete packs with colour chart, which makes PEHANON economic.
14 different measuring ranges available. Find the ideal strip for your application!
PEHANON is a special pH indicator test strip which has the following benefits:
Any sample colour has the same effect on both the reference colours and the reactive pad. This ensures unadulterated readings in coloured solutions. The user can be sure to get accurate pH values.
An invisible hydrophobic barrier just above the top colour field prevents capillary action of the test solution beyond this point. The handle will remain dry and clean, whatever the sample is. This makes using the strip very safe.
pH values can be determined without a separate colour chart. Workers can use single strips instead of complete packs with colour chart, which makes PEHANON economic.
14 different measuring ranges available. Find the ideal strip for your application!
PEHANON is a special pH indicator test strip which has the following benefits:
Any sample colour has the same effect on both the reference colours and the reactive pad. This ensures unadulterated readings in coloured solutions. The user can be sure to get accurate pH values.
An invisible hydrophobic barrier just above the top colour field prevents capillary action of the test solution beyond this point. The handle will remain dry and clean, whatever the sample is. This makes using the strip very safe.
pH values can be determined without a separate colour chart. Workers can use single strips instead of complete packs with colour chart, which makes PEHANON economic.
14 different measuring ranges available. Find the ideal strip for your application!
PEHANON is a special pH indicator test strip which has the following benefits:
Any sample colour has the same effect on both the reference colours and the reactive pad. This ensures unadulterated readings in coloured solutions. The user can be sure to get accurate pH values.
An invisible hydrophobic barrier just above the top colour field prevents capillary action of the test solution beyond this point. The handle will remain dry and clean, whatever the sample is. This makes using the strip very safe.
pH values can be determined without a separate colour chart. Workers can use single strips instead of complete packs with colour chart, which makes PEHANON economic.
14 different measuring ranges available. Find the ideal strip for your application!
PEHANON is a special pH indicator test strip which has the following benefits:
Any sample colour has the same effect on both the reference colours and the reactive pad. This ensures unadulterated readings in coloured solutions. The user can be sure to get accurate pH values.
An invisible hydrophobic barrier just above the top colour field prevents capillary action of the test solution beyond this point. The handle will remain dry and clean, whatever the sample is. This makes using the strip very safe.
pH values can be determined without a separate colour chart. Workers can use single strips instead of complete packs with colour chart, which makes PEHANON economic.
14 different measuring ranges available. Find the ideal strip for your application!
PEHANON is a special pH indicator test strip which has the following benefits:
Any sample colour has the same effect on both the reference colours and the reactive pad. This ensures unadulterated readings in coloured solutions. The user can be sure to get accurate pH values.
An invisible hydrophobic barrier just above the top colour field prevents capillary action of the test solution beyond this point. The handle will remain dry and clean, whatever the sample is. This makes using the strip very safe.
pH values can be determined without a separate colour chart. Workers can use single strips instead of complete packs with colour chart, which makes PEHANON economic.
14 different measuring ranges available. Find the ideal strip for your application!
Tritest pH indicator papers – featuring three indicator zones for highest precision
Tritest indicator paper has three different indicator zones on one single paper. The three zones guarantee optimal colour differences and safe determination of in-between values. Tritest indicator papers are available for a pH range from 1-11 and feature 1 pH unit increments.
Two options are available:
1) Tritest in a reel (without hydrophobic barrier). Width 10 mm, three indicator zones right next to each other, no partition.
2) Tritest L in a reel (with 2 hydrophobic barriers). Width 14 mm, three indicator zones, separated by two hydrophobic barriers. Even in strongly alkaline solutions, the colours of the zones do not mix.
Tritest pH indicator papers – featuring three indicator zones for highest precision
Refill pack containing 3 reels.
Tritest indicator paper has three different indicator zones on one single paper. The three zones guarantee optimal colour differences and safe determination of in-between values. Tritest indicator papers are available for a pH range from 1-11 and feature 1 pH unit increments.
Two options are available:
1) Tritest in a reel (without hydrophobic barrier). Width 10 mm, three indicator zones right next to each other, no partition.
2) Tritest L in a reel (with 2 hydrophobic barriers). Width 14 mm, three indicator zones, separated by two hydrophobic barriers. Even in strongly alkaline solutions, the colours of the zones do not mix.
Note product may vary to image. Image shown is of item code 90501
Tritest pH indicator papers – featuring three indicator zones for highest precision
Tritest indicator paper has three different indicator zones on one single paper. The three zones guarantee optimal colour differences and safe determination of in-between values. Tritest indicator papers are available for a pH range from 1-11 and feature 1 pH unit increments.
Two options are available:
1) Tritest in a reel (without hydrophobic barrier). Width 10 mm, three indicator zones right next to each other, no partition.
2) Tritest L in a reel (with 2 hydrophobic barriers). Width 14 mm, three indicator zones, separated by two hydrophobic barriers. Even in strongly alkaline solutions, the colours of the zones do not mix.
Tritest pH indicator papers – featuring three indicator zones for highest precision
Refill pack containing 3 reels.
Tritest indicator paper has three different indicator zones on one single paper. The three zones guarantee optimal colour differences and safe determination of in-between values. Tritest indicator papers are available for a pH range from 1-11 and feature 1 pH unit increments.
Two options are available:
1) Tritest in a reel (without hydrophobic barrier). Width 10 mm, three indicator zones right next to each other, no partition.
2) Tritest L in a reel (with 2 hydrophobic barriers). Width 14 mm, three indicator zones, separated by two hydrophobic barriers. Even in strongly alkaline solutions, the colours of the zones do not mix.
Cyantesmo is used for the detection of hydrocyanic acid and cyanides in aqueous solutions and extracts. They are for example formed in the manufacture of fruit brandies and are toxic even in low concentrations.
To detect cyanides in solution, a drop of concentrated sulfuric acid is added to a 10 mL sample. Hydrocyanic acid gas is formed and can be detected at the boundary layer between water and air.
Store Cyantesmo in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy detection of peroxidase in food.
Peroxtesmo KO is used in the food processing industry to evaluate the quality of canned food.
A drop of the sample is put onto the test paper. Alternatively, the paper can be pressed to freshly cut surfaces. In the presence of peroxidase a blue to blue-green color appears within 2 minutes.
Store Peroxtesmo KO in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy determination of chloride, bromide and iodide in solutions.
All reagents are impregnated on the Saltesmo paper, making the test very easy to use even for untrained persons. One simply has to pierce a hole into the disc using the needle supplied with the test and allow the disc to soak in the sample for 2 minutes. A discolored zone appears around the hole and the size is proportional to the chloride concentration in the solution.
Saltesmo test discs are frequently used for the determination of salt in foodstuffs and in sea water.
For the quick and easy determination of water distribution in butter.
The storage life of butter is closely linked to the size of the water and buttermilk particles contained in it. For this reason it is most important that a constant check should be kept on the water distribution during the manufacturing process and before storage of larger quantities. The evaluation takes place according to the 5 point evaluation system.
WATOR is:
• Sensitive to even the finest particles of water
• Turns a dark blue colour on contact with water, and the number and size of these dark blue spots allow to define the distribution of water in the butter.
• Prevents errors in production, when used constantly.
• Is indispensable for controlling the churning of both sour and sweet cream.
• Is not sensitive to light or air humidity, and can therefore be kept for any length of time.
• Is the only indicator paper of its kind that can, after use, be stored for documentation without any conservation.
For the detection of alkaline phosphatase (ALP) in dairy products. ALP is a naturally occurring enzyme in milk. The thermal resistance of ALP is considered to be higher than that of other pathogens which are commonly found in milk, and so ALP activity is used to determine whether milk has been properly pasteurized or whether it has been contaminated with raw milk after pasteurisation.
Directions for use
To use Phosphatesmo MI, dip paper into milk sample and incubate at 36°C. If the paper remains white, the pasteurization is complete.
Phosphatesmo MI should be stored at 2–8°C to ensure optimal results.
For the specific detection of lactoperoxidase in milk.
The enzyme lactoperoxidase is always present in raw milk. It will only be deactivated by high temperature heating (ultra heat treated milk) but not through normal pasteurisation. Peroxtesmo MI test paper reacts with UHT milk lactoperoxidase negative and with pasteurised milk lactoperoxidase negative. Use this test paper for the quick and easy control of UHT milk. In contrast to the alternative guaiacol method, Peroxtesmo MI is odorless and non-toxic.
A drop of milk is put onto the test paper. If the paper remains white, the ultra heat treatment process is completed.
Store in a cool, dry place (storage temperature below 20°C). Avoid exposure to sunlight and moisture.
Indicator papers without colour scale for simple acid/base determination.
These products are simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases
Brilliant Yellow Paper changes colour from yellow to red near netural (pH 6.7-7.9).
Recommended application for Brilliant Yellow Paper:
Demonstration of a specific alkali concentration which is required for special reactions.
Store Brilliant Yellow Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Indicator papers without colour scale for simple acid/base determination.
These products are simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases
Congo paper is supplied in three versions of varying sensitivity:
Congo paper MN 816 N – normal sensitivity
Congo paper MN 260 HE – high sensitivity
Congo paper MN 616 T – medium sensitivity
Recommended application:
Neutralisation analysis; detection of lactic acid in culture media, which contain lactic acid-producing strains of B. coli.
Store Congo Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Indicator papers without colour scale for simple acid/base determination.
These products are simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases
Congo paper is supplied in three versions of varying sensitivity:
Congo paper MN 816 N – normal sensitivity
Congo paper MN 260 HE – high sensitivity
Congo paper MN 616 T – medium sensitivity
Recommended application:
Neutralisation analysis; detection of lactic acid in culture media, which contain lactic acid-producing strains of B. coli.
Store Congo Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Indicator papers without colour scale for simple acid/base determination.
These products are simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases
Congo paper is supplied in three versions of varying sensitivity:
Congo paper MN 816 N – normal sensitivity
Congo paper MN 260 HE – high sensitivity
Congo paper MN 616 T – medium sensitivity
Recommended application:
Neutralisation analysis; detection of lactic acid in culture media, which contain lactic acid-producing strains of B. coli.
Store Congo Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy determination of chlorine in solutions.
Chlorine is commonly used as a sanitiser. When dosed correctly chlorine destroys bacteria and other harmful microoganisms. Use Chlorine Test Paper to monitor the chlorine concentration of disinfection baths.
This test is particularly suitable for high range applications in the food and beverage industry and animal farms.
Indicator papers without colour scale for simple acid/base determination.
These products are simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases.
Nitrazine Yellow Paper changes to blue when the pH exceeds 6 towards alkaline conditions (greyish blue at pH 7; blue at pH > 8).
Recommended application for Nitrazine Yellow Paper:
Neutralisation analyses
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
Indicator papers without colour scale for simple acid/base determination.
These products are simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases
Phenolphthalein paper is white paper, which changes colour to red when the pH exceeds 8.3 towards alkaline conditions (red at pH > 10).
Recommended application:
Neutralisation analyses
Store Phenolphthalein paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Indicator papers without colour scale for simple acid/base determination.
Simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases
Phenolphthalein paper is white paper, which changes colour to red when the pH exceeds 8.3 towards alkaline conditions (red at pH > 10).
Recommended application:
Neutralisation analyses
Store Phenolphthalein paper in a cool, dry place. Avoid exposure to sunlight and moisture.
For the rapid detection of sulphite and sulphur dioxide. This paper is used in food analysing laboratories.
Sulphurous acid or sulphites reduce potassium iodate to free iodine. With starch, iodine gives a characteristic blue-black colour. For a detection of sulphite with high sensitivity we recommend sulphite test paper (90763).
Store potassium iodate starch paper in a cool, dry place. Avoid exposure to sunlight and moisture.
For the easy detection of arsine in the gas phase. Specifically it can be used to detect arsenic in grape must and wine, or to detect arsine in air.
To test for arsenic in air, the test paper should first be moistened with acetic anhydride.
Arsenic in solutions has to be converted into arsine with zinc and hydrochloric acid and purged from the solution. Arsenic test paper must not be dipped into the solution, it works only in the gas phase.
Store Arsenic Test Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy detection of sulfite and sulfur dioxide.
In food analyzing laboratories sulfite test paper is used to detect sulfite in meat products. In specialty diagnostics it is used as a quick test on sulfite oxidase deficiency.
Store sulfite test paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Indicator papers without colour scale for simple acid/base determination.
These products are simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases
Recommended application for Litmus Paper:
General test for acidic or alkaline reaction: It serves in neutralisation reactions to check whether the change from acid to alkaline or vice versa has taken place. Litmus paper is the best known indicator paper.
Chemistry:
Litmus is not a single, chemically defined substance but a natural product containing a mixture of substances. It is extracted from lichen and probably represents the oldest known indicator dye.
Store Litmus Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Indicator papers without colour scale for simple acid/base determination.
These products are simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases
Recommended application for Litmus Paper:
General test for acidic or alkaline reaction: It serves in neutralisation reactions to check whether the change from acid to alkaline or vice versa has taken place. Litmus paper is the best known indicator paper.
Chemistry:
Litmus is not a single, chemically defined substance but a natural product containing a mixture of substances. It is extracted from lichen and probably represents the oldest known indicator dye.
Store Litmus Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Indicator papers without colour scale for simple acid/base determination.
These products are simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases
Recommended application for Litmus Paper:
General test for acidic or alkaline reaction: It serves in neutralisation reactions to check whether the change from acid to alkaline or vice versa has taken place. Litmus paper is the best known indicator paper.
Chemistry:
Litmus is not a single, chemically defined substance but a natural product containing a mixture of substances. It is extracted from lichen and probably represents the oldest known indicator dye.
Store Litmus Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Indicator papers without colour scale for simple acid/base determination.
These products are simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases
Recommended application for Litmus Paper:
General test for acidic or alkaline reaction: It serves in neutralisation reactions to check whether the change from acid to alkaline or vice versa has taken place. Litmus paper is the best known indicator paper.
Chemistry:
Litmus is not a single, chemically defined substance but a natural product containing a mixture of substances. It is extracted from lichen and probably represents the oldest known indicator dye.
Store Litmus Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Indicator papers without colour scale for simple acid/base determination.
These products are simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases
Recommended application for Litmus Paper:
General test for acidic or alkaline reaction: It serves in neutralisation reactions to check whether the change from acid to alkaline or vice versa has taken place. Litmus paper is the best known indicator paper.
Chemistry:
Litmus is not a single, chemically defined substance but a natural product containing a mixture of substances. It is extracted from lichen and probably represents the oldest known indicator dye.
Store Litmus Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Indicator papers without colour scale for simple acid/base determination.
These products are simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases
Recommended application for Litmus Paper:
General test for acidic or alkaline reaction: It serves in neutralisation reactions to check whether the change from acid to alkaline or vice versa has taken place. Litmus paper is the best known indicator paper.
Chemistry:
Litmus is not a single, chemically defined substance but a natural product containing a mixture of substances. It is extracted from lichen and probably represents the oldest known indicator dye.
Store Litmus Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Indicator papers without colour scale for simple acid/base determination.
These products are simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases
Recommended application for Litmus Paper:
General test for acidic or alkaline reaction: It serves in neutralisation reactions to check whether the change from acid to alkaline or vice versa has taken place. Litmus paper is the best known indicator paper.
Chemistry:
Litmus is not a single, chemically defined substance but a natural product containing a mixture of substances. It is extracted from lichen and probably represents the oldest known indicator dye.
Store Litmus Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Indicator papers without colour scale for simple acid/base determination.
These products are simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases
Recommended application for Litmus Paper:
General test for acidic or alkaline reaction: It serves in neutralisation reactions to check whether the change from acid to alkaline or vice versa has taken place. Litmus paper is the best known indicator paper.
Chemistry:
Litmus is not a single, chemically defined substance but a natural product containing a mixture of substances. It is extracted from lichen and probably represents the oldest known indicator dye.
Store Litmus Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Indicator papers without colour scale for simple acid/base determination.
These products are simple, completely impregnated indicator papers. They indicate if the pH of solution is above or below the point of colour change. They are useful to distinguish between acids and bases
Recommended application for Litmus Paper:
General test for acidic or alkaline reaction: It serves in neutralisation reactions to check whether the change from acid to alkaline or vice versa has taken place. Litmus paper is the best known indicator paper.
Chemistry:
Litmus is not a single, chemically defined substance but a natural product containing a mixture of substances. It is extracted from lichen and probably represents the oldest known indicator dye.
Store Litmus Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy determination of water hardness.
Water hardness is determined by the amount of calcium and magnesium ions present in the water. Water hardness plays an important role in a wide variety of industries and applications.
Hard water can cause calcification and soft water can be corrosive, and so monitoring water hardness is very important for the protection of machinery, appliances, pipes, heating units and swimming pools, for example. Hard water inhibits the lathering of soap, so more detergent has to be used in hard water to achieve the same cleaning results as in soft water. Hard water can also adversely affect the taste and appearance of food. Some examples of industries where water hardness must be monitored include the food processing industry, laundry and sanitation, aquaculture, drinking water, textile and water treatment industries.
Water is often simply classified as “soft” or “hard”. The following values generally apply to these terms:
>50 ppm CaCO3 = very soft water
50 – 120 ppm CaCO3 = soft water
120–240 ppm CaCO3 = medium hard water
240–360 ppm CaCO3 = hard water
< 360 ppm CaCO3 = very hard water
AQUADUR water hardness test strips are available in a wide variety of different gradations and packaging options.
AQUADUR water hardness test strips are the ideal choice to quickly, easily and reliably determine water hardness.
For the quick and easy determination of water hardness.
Water hardness is determined by the amount of calcium and magnesium ions present in the water. Water hardness plays an important role in a wide variety of industries and applications.
Hard water can cause calcification and soft water can be corrosive, and so monitoring water hardness is very important for the protection of machinery, appliances, pipes, heating units and swimming pools, for example. Hard water inhibits the lathering of soap, so more detergent has to be used in hard water to achieve the same cleaning results as in soft water. Hard water can also adversely affect the taste and appearance of food. Some examples of industries where water hardness must be monitored include the food processing industry, laundry and sanitation, aquaculture, drinking water, textile and water treatment industries.
Water is often simply classified as “soft” or “hard”. The following values generally apply to these terms:
>50 ppm CaCO3 = very soft water
50 – 120 ppm CaCO3 = soft water
120–240 ppm CaCO3 = medium hard water
240–360 ppm CaCO3 = hard water
< 360 ppm CaCO3 = very hard water
AQUADUR water hardness test strips are available in a wide variety of different gradations and packaging options.
AQUADUR water hardness test strips are the ideal choice to quickly, easily and reliably determine water hardness.
For the quick and easy determination of water hardness.
Water hardness is determined by the amount of calcium and magnesium ions present in the water. Water hardness plays an important role in a wide variety of industries and applications.
Hard water can cause calcification and soft water can be corrosive, and so monitoring water hardness is very important for the protection of machinery, appliances, pipes, heating units and swimming pools, for example. Hard water inhibits the lathering of soap, so more detergent has to be used in hard water to achieve the same cleaning results as in soft water. Hard water can also adversely affect the taste and appearance of food. Some examples of industries where water hardness must be monitored include the food processing industry, laundry and sanitation, aquaculture, drinking water, textile and water treatment industries.
Water is often simply classified as “soft” or “hard”. The following values generally apply to these terms:
>50 ppm CaCO3 = very soft water
50 – 120 ppm CaCO3 = soft water
120–240 ppm CaCO3 = medium hard water
240–360 ppm CaCO3 = hard water
< 360 ppm CaCO3 = very hard water
AQUADUR water hardness test strips are available in a wide variety of different gradations and packaging options.
AQUADUR water hardness test strips are the ideal choice to quickly, easily and reliably determine water hardness.
For the quick and easy determination of water hardness.
Water hardness is determined by the amount of calcium and magnesium ions present in the water. Water hardness plays an important role in a wide variety of industries and applications.
Hard water can cause calcification and soft water can be corrosive, and so monitoring water hardness is very important for the protection of machinery, appliances, pipes, heating units and swimming pools, for example. Hard water inhibits the lathering of soap, so more detergent has to be used in hard water to achieve the same cleaning results as in soft water. Hard water can also adversely affect the taste and appearance of food. Some examples of industries where water hardness must be monitored include the food processing industry, laundry and sanitation, aquaculture, drinking water, textile and water treatment industries.
Water is often simply classified as “soft” or “hard”. The following values generally apply to these terms:
>50 ppm CaCO3 = very soft water
50 – 120 ppm CaCO3 = soft water
120–240 ppm CaCO3 = medium hard water
240–360 ppm CaCO3 = hard water
< 360 ppm CaCO3 = very hard water
AQUADUR water hardness test strips are available in a wide variety of different gradations and packaging options.
AQUADUR water hardness test strips are the ideal choice to quickly, easily and reliably determine water hardness.
For the quick and easy determination of water hardness.
Water hardness is determined by the amount of calcium and magnesium ions present in the water. Water hardness plays an important role in a wide variety of industries and applications.
Hard water can cause calcification and soft water can be corrosive, and so monitoring water hardness is very important for the protection of machinery, appliances, pipes, heating units and swimming pools, for example. Hard water inhibits the lathering of soap, so more detergent has to be used in hard water to achieve the same cleaning results as in soft water. Hard water can also adversely affect the taste and appearance of food. Some examples of industries where water hardness must be monitored include the food processing industry, laundry and sanitation, aquaculture, drinking water, textile and water treatment industries.
Water is often simply classified as “soft” or “hard”. The following values generally apply to these terms:
>50 ppm CaCO3 = very soft water
50 – 120 ppm CaCO3 = soft water
120–240 ppm CaCO3 = medium hard water
240–360 ppm CaCO3 = hard water
< 360 ppm CaCO3 = very hard water
AQUADUR water hardness test strips are available in a wide variety of different gradations and packaging options.
AQUADUR water hardness test strips are the ideal choice to quickly, easily and reliably determine water hardness.
For the quick and easy determination of water hardness.
Water hardness is determined by the amount of calcium and magnesium ions present in the water. Water hardness plays an important role in a wide variety of industries and applications.
Hard water can cause calcification and soft water can be corrosive, and so monitoring water hardness is very important for the protection of machinery, appliances, pipes, heating units and swimming pools, for example. Hard water inhibits the lathering of soap, so more detergent has to be used in hard water to achieve the same cleaning results as in soft water. Hard water can also adversely affect the taste and appearance of food. Some examples of industries where water hardness must be monitored include the food processing industry, laundry and sanitation, aquaculture, drinking water, textile and water treatment industries.
Water is often simply classified as “soft” or “hard”. The following values generally apply to these terms:
>50 ppm CaCO3 = very soft water
50 – 120 ppm CaCO3 = soft water
120–240 ppm CaCO3 = medium hard water
240–360 ppm CaCO3 = hard water
< 360 ppm CaCO3 = very hard water
AQUADUR water hardness test strips are available in a wide variety of different gradations and packaging options.
AQUADUR water hardness test strips are the ideal choice to quickly, easily and reliably determine water hardness.
For the quick and easy determination of water hardness.
Water hardness is determined by the amount of calcium and magnesium ions present in the water. Water hardness plays an important role in a wide variety of industries and applications.
Hard water can cause calcification and soft water can be corrosive, and so monitoring water hardness is very important for the protection of machinery, appliances, pipes, heating units and swimming pools, for example. Hard water inhibits the lathering of soap, so more detergent has to be used in hard water to achieve the same cleaning results as in soft water. Hard water can also adversely affect the taste and appearance of food. Some examples of industries where water hardness must be monitored include the food processing industry, laundry and sanitation, aquaculture, drinking water, textile and water treatment industries.
Water is often simply classified as “soft” or “hard”. The following values generally apply to these terms:
>50 ppm CaCO3 = very soft water
50 – 120 ppm CaCO3 = soft water
120–240 ppm CaCO3 = medium hard water
240–360 ppm CaCO3 = hard water
< 360 ppm CaCO3 = very hard water
AQUADUR water hardness test strips are available in a wide variety of different gradations and packaging options.
AQUADUR water hardness test strips are the ideal choice to quickly, easily and reliably determine water hardness.
For the quick and easy determination of water hardness.
Water hardness is determined by the amount of calcium and magnesium ions present in the water. Water hardness plays an important role in a wide variety of industries and applications.
Hard water can cause calcification and soft water can be corrosive, and so monitoring water hardness is very important for the protection of machinery, appliances, pipes, heating units and swimming pools, for example. Hard water inhibits the lathering of soap, so more detergent has to be used in hard water to achieve the same cleaning results as in soft water. Hard water can also adversely affect the taste and appearance of food. Some examples of industries where water hardness must be monitored include the food processing industry, laundry and sanitation, aquaculture, drinking water, textile and water treatment industries.
Water is often simply classified as “soft” or “hard”. The following values generally apply to these terms:
>50 ppm CaCO3 = very soft water
50 – 120 ppm CaCO3 = soft water
120–240 ppm CaCO3 = medium hard water
240–360 ppm CaCO3 = hard water
< 360 ppm CaCO3 = very hard water
AQUADUR water hardness test strips are available in a wide variety of different gradations and packaging options.
AQUADUR water hardness test strips are the ideal choice to quickly, easily and reliably determine water hardness.
For the quick and easy determination of water hardness.
Water hardness is determined by the amount of calcium and magnesium ions present in the water. Water hardness plays an important role in a wide variety of industries and applications.
Hard water can cause calcification and soft water can be corrosive, and so monitoring water hardness is very important for the protection of machinery, appliances, pipes, heating units and swimming pools, for example. Hard water inhibits the lathering of soap, so more detergent has to be used in hard water to achieve the same cleaning results as in soft water. Hard water can also adversely affect the taste and appearance of food. Some examples of industries where water hardness must be monitored include the food processing industry, laundry and sanitation, aquaculture, drinking water, textile and water treatment industries.
Water is often simply classified as “soft” or “hard”. The following values generally apply to these terms:
>50 ppm CaCO3 = very soft water
50 – 120 ppm CaCO3 = soft water
120–240 ppm CaCO3 = medium hard water
240–360 ppm CaCO3 = hard water
< 360 ppm CaCO3 = very hard water
AQUADUR water hardness test strips are available in a wide variety of different gradations and packaging options.
AQUADUR water hardness test strips are the ideal choice to quickly, easily and reliably determine water hardness.
For the fast and reliable determination of sulfite in solutions. The easy dip and read procedure provides a reliable result within 20 seconds.
In process and boiler water sulfite is used as an oxygen scavenger. To avoid overdosage, the concentration needs to be controlled regularly. These tests are also used to control the sulfite concentration in foodstuff treated with sulfur compounds (SO2, HSO3 –, SO32–) for a longer shelf-life. In the process of wine making the control of sulfite is important to monitor production and quality of the wine.
Directions for use
Dip QUANTOFIX Sulfite strip into the sample (pH 6-9) for 1 second. Shake off excess liquid. Wait 20 seconds. Compare the test field with the colour scale.
Store QUANTOFIX Sulfite in a cool, dry place. Avoid exposure to sunlight and moisture.
For the fast and reliable determination of tin in solutions. The easy dip and read procedure provides a reliable result within 5 seconds.
In the beverage industry QUANTOFIX Tin is used to control canned juices or food. Depending on the storage conditions and the quality of the tin plating, significant quantities of tin may get into the product, causing a negative aftertaste. The control of tin ensures the optimal quality of the food.
Directions for use
Dip test strip into the strongly acid test solution (pH<1) for 1 second. Shake off excess liquid. Compare the test paper zone immediately with the colour scale. In the presence of tin ions the test paper turns blue.
Store QUANTOFIX Tin in a cool, dry place. Avoid exposure to sunlight and moisture.
For the fast and reliable determination of nitrite in solutions. The easy dip & read procedure provides a reliable result within 1 minute.
Nitrite is an undesired byproduct in cooling lubricants. It allows the formation of carcinogenic compounds. Cooling lubricants are therefore regularly tested for nitrite. In natural and drinking water nitrite can lead to infant mortality and kill aquatic life. The EPA primary drinking water standard is 1 mg/L.
Directions for use
Dip QUANTOFIX Nitrite in the test solution for 1 second. Shake off excess liquid. Wait 30 seconds. Compare with the colour scale.
Store QUANTOFIX Nitrite in a cool, dry place. Avoid exposure to sunlight and moisture.
For measuring levels of peroxide in solutions. The easy dip & read procedure provides reliable results within 5 seconds.
Hydrogen peroxide is used extensively in many industries as a sanitiser, for example in the food and dairy industry. Hydrogen peroxide levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use QUANTOFIX Peroxide 100 test strips to quickly and effectively monitor sanitiser levels.
Directions for use
Dip QUANTOFIX Peroxide 100 test strip into the test solution for 1 second. Shake off excess liquid. Wait 5 seconds. Compare with the colour scale. If hydrogen peroxide is present, the test field turns blue.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For the fast and reliable determination of nitrate and nitrite in solutions. The easy dip & read procedure provides a reliable result within 1 minute.
Nitrite is an undesired byproduct in cooling lubricants. It allows the formation of carcinogenic compounds. Cooling lubricants are therefore regularly tested for nitrite. In natural and drinking water nitrite can lead to infant mortality and kill aquatic life. The EPA primary drinking water standard is 1 mg/L.
Nitrate is a byproduct of biological decay from plant and animal matter. High concentrations can be found in rural, farming areas where fertilizers are regularly used. Also, industrial effluents may contain nitrate in higher levels. Farmers use this test to control the nitrogen content in soil to estimate the amount of fertilizer needed. In ponds and aquariums nitrate is often tested instead of ammonium to control the water quality. Excessive nitrate concentrations in food can have adverse effects on food quality and consumer health. Regular nitrate tests in the food industry are therefore very important.
Directions for use
Dip QUANTOFIX Nitrate/Nitrite with both fields in the test solution (pH 1-9) for 1 second. Shake off excess liquid. Wait 60 seconds. Compare with the colour scale.
Store QUANTOFIX Nitrate/Nitrite in a cool, dry place. Avoid exposure to sunlight and moisture.
For the rapid and reliable determination of ascorbic acid (vitamin C) in food.
Ascorbic acid is naturally found in many foods (fruits and vegetables). It is also added to juices or fruits as a stabilising and reducing agent. Thus, ascorbic acid is an important parameter in the fruit producing and food processing industry.
Directions for use
Dip QUANTOFIX Ascorbic Acid test strip into the test solution for 10 seconds. Shake off excess liquid. Wait 30 seconds. Compare the test field with the colour scale. If ascorbic acid is present the test field turns green to blue.
Store QUANTOFIX Ascorbic Acid in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy determination of chlorine in solutions. Includes both test strips and reagents. A reliable result is obtained within 1 minute.
Chlorine is widely used for disinfection of swimming pools, water mains and water reservoirs. Dosed correctly, harmful microorganisms are safely destroyed, many impurities removed and the growth of algae is prevented. Electroplaters use chlorine for the detoxification of cyanide-containing waste.
Regular checking of the chlorine concentration is essential to keep it at the desired level. Excessive chlorine not only impairs the smell and taste of water but can also be hazardous. In water chlorine occurs either free or bound for example as chloramines. Total chlorine is the sum of both levels.
Store QUANTOFIX Chlorine in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy determination of cyanide in solutions. Includes test strips and reagents. A reliable result is obtained within 3 minutes.
Cyanide is extremely poisonous. The lethal dose is 1 mg/kg weight. Careful control of cyanide concentration is therefore essential, whenever cyanides are used for industrial processes, for example in electroplating or gold-mining. Cyanide control is also important during the production of fruit-brandies made from stone fruits.
QUANTOFIX Cyanide is the ideal choice for checking cyanide concentrations quickly and safely.
Store QUANTOFIX Cyanide in a cool, dry place. Avoid exposure to sunlight and moisture.
Ideal for measuring low levels of peroxide in solutions. The easy dip & read procedure provides reliable results within 15 seconds.
Hydrogen peroxide is used extensively in many industries as a sanitiser, for example in the food and dairy industry. Hydrogen peroxide levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use QUANTOFIX Peroxide 25 test strips to quickly and effectively monitor sanitiser levels.
Directions for use
Dip QUANTOFIX Peroxide 25 test strip into the test solution for 1 second. Shake off excess liquid. Wait 15 seconds. Compare with the colour scale. If hydrogen peroxide is present, the test field turns blue.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For the fast and reliable determination of chloride in solutions.
Chloride ions occur in all natural waters. The concentration can vary considerably depending on the mineral content of the earth in a given area. Chloride can enter water from a variety of sources such as industrial waste water and agricultural waste water. In waste water and polluted rivers the chloride concentration can reach high levels.
Directions for use
Dip QUANTOFIX Chloride test strip into the water sample for 1 second. Shake off excess liquid. Wait 60 seconds. Compare with colour scale.
Store QUANTOFIX Chloride in a cool, dry place. Avoid exposure to sunlight and moisture.
For the fast and reliable determination of nitrite in solutions. The easy dip & read procedure provides a reliable result within 1 minute.
Nitrite is an undesired byproduct in cooling lubricants. It allows the formation of carcinogenic compounds. Cooling lubricants are therefore regularly tested for nitrite. In natural and drinking water nitrite can lead to infant mortality and kill aquatic life. The EPA primary drinking water standard is 1 mg/L.
Directions for use
Dip QUANTOFIX Nitrite 3000 in the test solution for 1 second. Shake off excess liquid. Wait 60 seconds. Compare with the colour scale.
Store QUANTOFIX Nitrite 3000 in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy determination of calcium in solutions. QUANTOFIX Calcium comes with test strips and liquid and powder reagents. A reliable result is obtained within 1 minute.
Calcium is an important element in nutrition and is therefore tested in foodstuff. It is essential for the building of human bones. Lack of calcium in the daily diet may lead to osteoporosis. The recommended consumption is about 1000 mg/day.
In combination with magnesium, calcium is also responsible for water hardness.
Store QUANTOFIX Calcium in a cool, dry place. Avoid exposure to sunlight and moisture.
For the fast and reliable determination of sulfate in solutions. The easy dip and read procedure provides a reliable result within 2 minutes.
Sulfate is regularly found in natural waters. In cooling water and ion exchange systems sulfate must be monitored to prevent the formation of calcium sulfate (gypsum). The sulfate determination is also of importance to evaluate the aggressiveness of water towards concrete. In the beverage industry it is tested because of its effect on odor and taste.
Directions for use
Dip QUANTOFIX Sulfate test strip into the sample for 1 second. Shake off excess liquid. Wait 120 seconds. Compare test field with colour scale.
Store QUANTOFIX Sulfate in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy determination of arsenic in water.
Arsenic is a naturally occurring element found in the earth’s crust. In the natural environment it is most frequently present as inorganic arsenic compound in combination with sulphur or oxygen. Organic arsenic compounds can be used as pesticides.
Arsenic is toxic and causes skin diseases, keratosis and melanoma. Therefore arsenic levels in drinking water have to be monitored thoroughly. The World Health Organisation recommends a threshold value for drinking water of 0.01 mg/L. This concentration can be reliably monitored with QUANTOFIX Arsenic 50, or for lower concentrations of arsenic you can use QUANTOFIX Arsenic 10 (code 91334).
QUANTOFIX Arsenic 50 comes with test strips and liquid and powder reagents. A reliable result is obtained within 20 minutes. Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For measuring high levels of peroxide in solutions. The easy dip & read procedure provides reliable results within 45 seconds.
Hydrogen peroxide is used extensively in many industries as a sanitiser, for example in the food and dairy industry. Hydrogen peroxide levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use QUANTOFIX Peroxide 1000 test strips to quickly and effectively monitor sanitiser levels.
Directions for use
Dip QUANTOFIX Peroxide 1000 test strip into the test solution for 1 second. Shake off excess liquid. Wait 45 seconds. Compare with the colour scale. If hydrogen peroxide is present, the test field turns blue.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy determination of arsenic in water. QUANTOFIX Arsenic 10 comes with test strips and liquid and powder reagents. A reliable result is obtained within 10 minutes.
Arsenic is a naturally occurring element found in the earth’s crust. In the natural environment it is most frequently present as inorganic arsenic compound in combination with sulphur or oxygen. Organic arsenic compounds can be used as pesticides.
Arsenic is toxic and causes skin diseases, keratosis and melanoma. Therefore arsenic levels in drinking water have to be monitored thoroughly. The World Health Organisation recommends a threshold value for drinking water of 0.01 mg/L. This concentration can be reliably monitored with QUANTOFIX Arsenic 10.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
QUANTOFIX® Relax – Automated reader for test strips
A revolution in test strip analysis! With this new system, MACHEREY-NAGEL offers an entirely objective way to read QUANTOFIX® test strips, making the system particularly suitable if results are critical to your decision making. The system simplifies testing procedures and the decision processes by eliminating the subjectivity of visual readings and by providing higher accuracy. Especially if you test large numbers of strips, the QUANTOFIX® Relax helps and supports you with easy data administration and quick testing procedures. Additionally, the QUANTOFIX® Relax allows you to get actual quantitative results – no gradation and estimation of in-between values is necessary.
The QUANTOFIX® Relax can change the way you work and test. The system enables you to focus on your core processes and is the perfect tool for your testing procedures.
Highest precision
Quantitative results across the complete measuring range
Higher accuracy and no in-between value guesswork
Assure your decision making
Objective readings
No influence of external light or human colour perception
For the fast and reliable determination of quaternary ammonium compounds (QUAT or QAC) in solutions. The easy dip and read procedure provides a reliable result within 15 seconds.
Quaternary ammonium compounds are frequently used for the disinfection of specialty devices, surfaces and closed cooling cycles. To ensure optimal disinfection, use QUANTOFIX QUAT test strips to control the concentration of QAC in solution. The test is calibrated for benzalkonium chloride. The packing insert contains conversion factors for many other quaternary ammonium compounds.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy detection of low levels of total chlorine (total chloramines). The easy dip & read procedure provides reliable results within 30 seconds.
In dialysis centers QUANTOFIX Chlorine Sensitive test strips are used to check feed water. Low levels of total chlorine are necessary to ensure optimal function of further water purification such as reversed osmosis. It also provides a fast and convenient means to test for residual chlorine in rinse water after disinfection.
Store QUANTOFIX Chlorine Sensitive in a cool, dry place. Avoid exposure to sunlight and moisture.
For the fast and reliable determination of peracetic acid in solutions. The easy Dip & Read procedure provides results within 30 seconds.
Peracetic Acid is used in many sanitation applications, including food processing, dairy industry, beverage industry, canning plants, cooling towers and drinking water treatment to name a few. Peracetic acid levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use QUANTOFIX Peracetic Acid 50 to quickly and effectively monitor sanitiser levels.
Directions for use
Insert QUANTOFIX Peracetic Acid 50 test strip into the test solution for 1 second. Shake off excess liquid. Wait 5 seconds. Immediately compare the test field to the colour scale.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For the fast and reliable determination of peracetic acid in solutions. The easy dip & read procedure provides results within 30 seconds.
Peracetic acid is used in many sanitation applications, including food processing, dairy industry, beverage industry, canning plants, cooling towers and drinking water treatment to name a few. Peracetic acid levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use Peracetic Acid Test strips to quickly and effectively monitor sanitiser levels.
Often, disinfectants are mixed from a concentrate. Therefore, the potency level of the mixture varies depending on the amount of concentrate. To quickly test and verify potency levels of peracetic acid disinfectant mixtures, Peracetic Acid test strips are the ideal tool. Using the test strips allows you to use disinfectants efficiently and ensure proper disinfection.
Directions for use:
Insert test strip into the test solution for 1 second. Shake off excess liquid. Wait 15 seconds. Immediately compare the test field to the colour scale.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For the fast and reliable determination of peracetic acid in solutions. The easy dip & read procedure provides results within 30 seconds.
Peracetic acid is used in many sanitation applications, including food processing, dairy industry, beverage industry, canning plants, cooling towers and drinking water treatment to name a few. Peracetic acid levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use QUANTOFIX Peracetic Acid 500 to quickly and effectively monitor sanitiser levels.
Often, disinfectants are mixed from a concentrate. Therefore, the potency level of the mixture varies depending on the amount of concentrate. To quickly test and verify potency levels of peracetic acid disinfectant mixtures, QUANTOFX Peracetic Acid 500 test strips are the ideal tool. Using the test strips allows you to use disinfectants efficiently and ensure proper disinfection.
Directions for use:
Insert test strip into the test solution for 1 second. Shake off excess liquid. Wait 15 seconds. Immediately compare the test field to the colour scale.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For the fast and reliable determination of peracetic acid in solutions. The easy Dip & Read procedure provides results within 30 seconds.
Peracetic Acid is used in many sanitation applications, including food processing, dairy industry, beverage industry, canning plants, cooling towers and drinking water treatment to name a few. Peracetic acid levels need to be closely monitored to ensure the sanitiser is working effectively. Too little sanitiser will allow the growth of harmful bacteria, and too much can be toxic and corrosive to equipment. Use QUANTOFIX Peracetic Acid 2000 to quickly and effectively monitor sanitiser levels.
Often, disinfectants are mixed from a concentrate. Therefore, the potency level of the mixture varies depending on the amount of concentrate. To quickly test and verify potency levels of peracetic acid disinfectant mixtures, QUANTOFIX Peracetic Acid 2000 test strips are the ideal tool. Using the test strips allows you to use disinfectants efficiently and ensure proper disinfection.
Directions for use:
Insert test strip into the test solution for 1 second. Shake off excess liquid. Wait 20 seconds. Immediately compare the test field to the colour scale.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For the highly sensitive determination of arsenic in water.
Arsenic is a naturally occurring element found in the Earth’s crust. In the natural environment it is most frequently present as inorganic arsenic compound in combination with sulphur or oxygen. Organic arsenic compounds can be used as pesticides.
Arsenic is toxic and causes skin diseases, keratosis and melanoma. Therefore arsenic levels in drinking water have to be monitored thoroughly. The World Health Organisation recommends a threshold value for drinking water of 0.01 mg/L. QUANTOFIX Arsenic Sensitive is an especially sensitive test which can yield results below the WHO limit for arsenic down to 0.005 mg/L. Potential sulphide interferences have been largely eliminated, which makes the results especially accurate and safe.
QUANTOFIX Arsenic Sensitive comes with test strips , reagents and a rugged carrying case. A reliable result is obtained within 10 minutes. Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For the easy and reliable determination of glucose in solutions. The simple dip & read procedure provides results within 30 seconds.
QUANTOFIX Glucose is useful for measuring the glucose content of potatoes and other foods or solutions.
Directions for use:
Dip QUANTOFIX Glucose into test solution of 2 seconds. Shake off excess liquid. Wait 30 seconds. Compare with the colour scale. If glucose is present, the test field turns green-blue.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For the fast and reliable determination of nitrate in solutions. The easy dip & read procedure provides a reliable result within 1 minute. This test is the highly sensitive version of QUANTOFIX Nitrate / Nitrite. It allows the detection of nitrate down to 5 mg/L.
Nitrate is a byproduct of biological decay from plant and animal matter. High concentrations can be found in rural, farming areas where fertilizers are regularly used. Also, industrial effluents may contain nitrate in higher levels. Farmers use this test to control the nitrogen content in soil to estimate the amount of fertilizer needed. In ponds and aquariums nitrate is often tested instead of ammonium to control the water quality. Excessive nitrate concentrations in food can have adverse effects on food quality and consumer health. Regular nitrate tests in the food industry are therefore very important. This test is especially useful for dairy industry where low levels of nitrate need to be monitored.
Directions for use:
Dip QUANTOFIX Nitrate 100 in the test solution for 1 second. Shake off excess liquid. Wait 60 seconds. Compare with the colour scale.
Store QUANTOFIX Nitrate 100 in a cool, dry place. Avoid exposure to sunlight and moisture.
Deep frying causes oils and fats to decompose over time. One of the major by-products of decomposition is free fatty acids. When these acids exceed an acceptable threshold, they affect the quality of fried food.
With free fatty acid test strips it is easy to monitor the quality of deep-frying oils.
Store Free Fatty Acid Test Strips in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy semi-quantitative determination of total acid (expressed as citric acid).
Citric acid is present in trace amounts in citrus fruits and added to food as a preserving component, flavouring and antioxidant. It is also used in cleaners (removes hard, chalky deposits e.g. in coffee machines and boilers) and pharmaceuticals. QUANTOFIX Total Acid test strips are especially useful for the food and beverage industry.
Store QUANTOFIX Total Acid in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy determination of the monosaccharides fructose and glucose in solutions. The easy procedure provides reliable results in 10 minutes.
The determination of fructose and glucose is frequently used in the food industry (especially potatoes, honey, spinach and many more) and beverage industry (especially fruit juice, wine and many more).
QUANTOFIX Total Sugar is supplied with a tube of 100 test strips with reagents, test tube and syringes.
Store QUANTOFIX Total Sugar in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
For the quick, easy and accurate determination of pH.
Several test pads for exact results
pH-Fix test strips feature up to 4 different indicator pads that cover the whole pH range from 0-14. You can choose from a total of 14 different measuring ranges to find the ideal strip for your application. The brilliant colour scale is optimally matched and aligned to the test pads on the strips, resulting in quick, easy and safe pH determination.
No bleeding due to colour bounded indicator dyes
In contrast to common indicator papers, the indicator dyes in pH-Fix test strips are chemically bound to the test pads. This patented technology safely prevents bleeding of dyes into the sample, even in highly alkaline solutions. Your sample is not contaminated by indicator dyes. Consequently you can use the solution for further analysis. The colours of the individual test pads don’t bleed and mix which ensures exact comparison to the colour scale. The strips can be immersed for a long time until the final reaction colour has developed.
Safe analysis by long plastic handle
The long plastic handle safely protects you from coming into contact with the sample. Testing toxic, dangerous or aggressive substances is safe using pH-Fix.
Hydrion Chlorine Test Paper provides a simple, reliable and economical means to measure the concentration of free available chlorine in sanitising solutions. With colour matches at 10-50-100-200 ppm, the test paper measures concentrations between 10-200 ppm.
Sanitiser solutions are essential in the food service industry to ensure that sanitisers are at the proper concentration specified by the individual manufacturer.
Store Chlorine Test Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
QAC Test Paper provides a simple, reliable, and economical means to measure the concentration of Quaternary Sanitisers. The test paper measures concentrations between 0-1000ppm, detecting exhaustion of solutions that should be replaced as well as helping to avoid using excessive amounts of sanitising agents.
Directions for use
Dip the strip into the sanitising solution and remove at once. Immediately compare the resulting color with the enclosed color chart
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
QAC Test Paper provides a simple, reliable, and economical means to measure the concentration of Quaternary Sanitisers. The test paper measures concentrations between 0-400ppm, detecting exhaustion of solutions that should be replaced as well as helping to avoid using excessive amounts of sanitising agents.
Directions for use
Dip QAC Test Paper into the sanitising solution for 10 seconds, then instantly compare the resulting color with the enclosed color chart.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
QAC Test Paper provides a simple, reliable, and economical means to measure the concentration of Quaternary Sanitisers. The test paper measures concentrations between 0-500ppm, detecting exhaustion of solutions that should be replaced as well as helping to avoid using excessive amounts of sanitising agents.
Directions for use
Dip QAC Test Paper into the sanitising solution for 10 seconds, then instantly compare the resulting color with the enclosed color chart.
Store QAC Test Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
If you’re looking for any additional testing products that you don’t see here (such as test kits and instrumentation) then please visit Vendart Diagnostics.
