New & improved! For the quick and easy determination of iron in water.
New one-dip iron formula eliminates the need to pre-treat the sample with a reduction tablet prior to measuring iron with a test strip. This test strip offers stable colour development with very distinct colours.
Directions for use
Immerse Insta-TEST Iron strip for 2 seconds. Remove with pad face up. Shake once to remove excess water. Wait 60 seconds and compare to colour chart.
Premium quality packaging!
Insta-TEST Iron 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.
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
For the quick and easy determination of copper in water. New one-dip formula offers very distinct colours for easy matching!
Directions for use
Immerse Insta-TEST Copper strip for 2 seconds. Remove with pads face up. Shake once to remove excess water. Wait 30 seconds and compare to colour chart.
Premium quality packaging!
Insta-TEST Copper 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, pH, Total Hardness & Iron Test Strips
NEW! Insta-TEST Total Chlorine, pH, Total Hardness & Iron replaces the pH, Hardness & Iron Test Kit, (code 2980)
Ideal for testing drinking water, process and industrial water, fountains and water features. Tests are easy and accurate, using a simple dip & read formulation. Get results in 60 seconds!
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
Store Insta-TEST Total Chlorine, pH, Total Hardness & Iron Test Kit in a cool, dry place. Avoid exposure to sunlight and moisture.
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
Romer Labs offers HygieneChek™ dip slides which are an easy-to-use, reliable and economic microbiological testing system. They are a double-sided agar paddle which is used to detect and identify various microorganisms commonly found in food preparation areas, cosmetics and pharmaceuticals.
HygieneChek CHROMagar Salmonella/CHROMagar Salmonella is a Rambach agar dip slide which can be used within poultry and food preparation industries for the detection and enumeration of Salmonella spp. and most coliforms. The only requirement for the cultivation of bacteria on the HygieneChek dip slide is an incubator.
The presence of Salmonella spp. can cause serious disease, especially in the immunocompromised, and it is a very common food contaminant. The Chromagar is an easy to use detection tool due to the colour indicator which clearly differentiates between Salmonella, Coliforms and other bacteria.
Storage: cool, dry, keep out of direct sunlight, storage temperature 2-15°C
Romer Labs offers HygieneChek™ dip slides which are an easy-to-use, reliable and economic microbiological testing system. They are a double-sided agar paddle which is used to detect and identify various microorganisms commonly found in food preparation areas, cosmetics and pharmaceuticals.
HygieneChek Enterobacteriaceae/Enterobacteriaceae is a Violet Red Bile Dextrose agar dip slide which can be used in the food preparation and quality control industries for the detection and enumeration of Enterobacteriaceae. The only requirement for the cultivation of bacteria on the HygieneChek dip slide is an incubator.
Enterobacteriaceae are a family of gram negative rods that are susceptible to most disinfectants which makes them good indicative organisms of general cleanliness. As this family encompasses a broader group of bacteria than the Coliform family they are regarded as a better measure of sanitation. Violet Red Bile Dextrose agar is selective for Enterobacteriaceae due to the addition of dextrose.
Storage: cool, dry, keep out of direct sunlight, storage temperature 15-25°C
Romer Labs offers HygieneChek™ dip slides which are an easy-to-use, reliable and economic microbiological testing system. They are a double-sided agar paddle which is used to detect and identify various microorganisms commonly found in food preparation areas, cosmetics and pharmaceuticals.
HygieneChek Total Count/Total Count is a Plate Count Agar based dip slide which can be used within multiple fields for the detection and enumeration of bacteria which cultivate at 35-37°C. The only requirement for the cultivation of bacteria on the HygieneChek dip slide is an incubator.
The presence of bacteria in the aforementioned locations, such as food preparation areas can pose a significant health threat as well promoting food spoilage. There is a broad range of both gram positive and gram negative bacteria that can be grown on the Total Count HygieneChek dip slide, with it being the least selective agar.
Storage: cool, dry place, keep out of direct sunlight, preferred storage temperature 15-25°C
Romer Labs offers HygieneChek™ dip slides which are an easy-to-use, reliable and economic microbiological testing system. They are a double-sided agar paddle which is used to detect and identify various microorganisms commonly found in food preparation areas, cosmetics and pharmaceuticals.
HygieneChek TTC Total Count/TTC Total Count is a Plate Count + 0.01% TTC agar based dip slide which can be used within the aforementioned industries for the detection, enumeration and differentiation of bacteria. The only requirement for the cultivation of bacteria on the HygieneChek dip slide is an incubator.
The TTC Total Count Agar is used to differentiate between gram positive and gram negative microorganisms according to the way the they metabolise triphenyltetrazolium chloride (TTC). Gram positive bacteria will appear red on the agar, while gram negative bacteria will remain colourless.
Storage: cool, dry, keep out of direct sunlight, storage temperature 15-25°C
For the determination of phosphate in water. A reagent-delivery style strip with results in 15 seconds. Insta-TEST Phosphate use a long-view path tube to measure colour reaction in ppb levels. Supplied with 10 mL plastic test tube.
Directions for use:
Fill test tube to 10 mL line with sample water. Remove one test strip from bottle. Gently bend strip in half (do not fold) with pads facing inward. Do not touch the test pads with your fingers. Place strip inside test tube cap. Cap test tube and invert slowly 5 times. Remove cap and test strip. Place bottom of test tube on white boxed area of colour chart. Look down through OPEN test tube and compare to colour chart.
Premium quality packaging!
Insta-TEST Phosphate 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
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.
For the determination of phosphate in water. A reagent-delivery style strip with results in 15 seconds. Insta-TEST Phosphate use a long-view path tube to measure colour reaction in ppb levels. Supplied with 10 mL plastic test tube.
Directions for use
Fill test tube to 10 mL line with sample water. Remove one test strip from bottle. Gently bend strip in half (do not fold) with pads facing inward. Do not touch the test pads with your fingers. Place strip inside test tube cap. Cap test tube and invert slowly 5 times. Remove cap and test strip. Place bottom of test tube on white boxed area of colour chart. Look down through OPEN test tube and compare to colour chart.
Premium quality packaging!
Insta-TEST Phosphate 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 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.
For the quick and easy detection of copper(I) and copper(II) ions.
Cuprotesmo is used for the detection of copper and copper salts on surfaces and in ash, for the detection of pores in metallic coatings on copper containing materials, in criminal trace investigations (bullets), and for the detection of copper-containing pesticides on fruit and vegetables. The test paper is specific for copper.
Store Cuprotesmo in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy detection of lead on surfaces and in solutions.
Plumbtesmo can be used to test metal surfaces, dishes, ceramics and toys. In criminal investigations it is used to search for traces of bullets.
The surface in question is moistened with distilled water. The test paper is pressed against the surface for about 2 minutes. In the presence of lead the paper turns pink to dark purple.
Store Plumbtesmo 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 detection of water and water vapor.
The test paper is used to control the leak-tightness of tubing or to detect condensed water. It can also be used to control if sensitive products like electronics come into contact with water. This helps to detect unjustified complaints. In chemical laboratories the test paper is used to control solvents. If the paper remains uncolored after evaporation of the solvent, the solvent is anhydrous. In reactions sensitive to water it can then safely be used. For the detection of water vapor in gas streams the paper is moistened with anhydrous isopropanol. The gas stream is directed on the paper. The presence of water vapor is indicated by a blue color.
On contact with water the Watesmo paper changes color from light blue to dark blue. The reaction is not reversible. Even after drying, the contact with water can clearly be proved.
Store Watesmo in a cool, dry place. Avoid exposure to sunlight and moisture.
For the rapid determination of nitrate and nitrite. The white test paper turns red-orange in the presence of nitrate; lemon yellow in the presence of nitrite.
Directions for use:
Dip Nitratesmo test paper briefly into test solution and apply excess liquid to a strip of filter paper. Dip the moistened test paper very briefly into conc. sulphuric acid and spread on a glass plate placed on white paper. In the presence of nitrate only, the paper turns red. If, in addition to nitrate, nitrite is also present (evidenced by yellowish-red colour), the interfering nitrite can be destroyed by using amidosulphoric acid.
Store Nitratesmo in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy detection of water and water vapour. On contact with water the paper changes colour from white to pink/lavender. The reaction is not reversible. Even after drying, the contact with water can clearly be seen.
Waterfinder test paper is used to control the leak tightness of tubing or to detect condensed water. It can also be used to control, if sensitive products like electronics come into contact with water. This helps to detect unjustified complaints.
In chemical laboratories the test paper is used to control solvents. If the paper remains uncolored after evaporation of the solvent, the solvent is anhydrous. In reactions sensitive to water it can then safely be used.
For the detection of water vapor in gas streams the paper is moistened with anhydrous isopropanol. The gas stream is directed on the paper. The presence of water vapor is indicated by a pink / lavender color.
Store Waterfinder test paper in a cool, dry place away from direct 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.
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.
When used in accordance with the instructions, the Zirconium Test Paper shows red-violet spots against a yellow background. The color reaction is specifically for zirconium; only hafnium
interfere. The Zirconium test paper can also be used for the determination of aluminum by following the instructions applicable to the aluminum test paper.
Store Zirconium Test Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Antimony is used in a range of industrial applications, most commonly it functions as a fire retardant. Antimony can also be alloyed with lead to improve durability for use in batteries, roofing or solder. It is also used in the manufacturing of high quality glass for computer screens and television screens.
Antimony Test Paper detects trivlanet antimony only. In the presence of pentavalent antimony, the latter must be reduced to trivalent antimony using metallic magnesium. In the presence of antimony the yellow test paper shows orange-red spots.
Store Antimony Test Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
The test presupposes that the chromium is present in the form of chromate. Should the chromium be present as Cr3+, it has to be converted to chromate. This can be achieved by a reaction with an excess of 10% caustic soda solution and the addition of hydrogen peroxide. If necessary, the solution should be heated and filtered. In the case of chromate ions, the above procedure can be eliminated and the solution containing the chromate is applied as follows: Apply the test solution to the Chromium Test Paper. The test paper is then treated with dilute nitric acid and the presence of chromium is indicated in the form of a violet spot on a white background.
Store Chromium Test Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
For the sensitive and specific detection of Fe(II) ions. Even small amounts of Fe(II) can safely be detected in the presence of large amounts of Fe(III).
Directions for use:
Apply a drop of the weakly mineral acid test solution (pH 1-2) to the Dipyridyl Paper. The presence of Fe ions is indicated by the appearance of a red spot.
Store Dipyridyl Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
For the rapid detection of iron ions (Fe2+ and Fe3+). In contrast to Dipyridyl paper it reacts with Fe(II) as well as Fe(III) ions. For the specific detection of Fe(II) please use Dipryidyl paper (code 90725).
Directions for use:
Apply a drop of the weakly mineral acid test solution (pH 1-2) to the Iron Test Paper. The presence of Fe ions is indicated by the appearance of a reddish-brown spot. Very high concentrations of iron or strongly acid solutions result in a bluish discolouration in the centre of the reaction spot. These discolourations turn reddish-brown upon treatment with 10% sodium hydroxide solution.
Store Iron Test Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
In the presence of potassium, the Potassium Test Paper shows an orange-red spot against the yellow background.
Rubidium, caesium and thallium(I) give the same reaction. Sodium and heavy metal ions decrease the sensitivity. The instruction leaflet describes a method to eliminate these interferences.
Store Potassium Test Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Cobalt is used for metal alloys and can in other compounds be part of catalysts. QUANTOFIX Cobalt is used to monitor waste water and for non destructive testing of materials.
Directions for use:
Apply a drop of the mineral acid solution (pH <1) to be tested to the Cobalt Test Paper. The presence of substantial quantities of cobalt(II) ions is indicated by the appearance of a blue spot; smaller amounts result in a blue ring.
Store Cobalt Test Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy detection of copper. It is specific for Cu2+.
Directions for use
Apply a drop of the neutral or weakly acid (pH 3-7) test solution to the Copper Test Paper. In the presence of Cu2+, a green spot appears. Small quantities of copper produce a small green ring.
Store Copper Test Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Note: For the determination of copper on surfaces and in alloys, checking for pores in metallic coatings on copper, for criminal trace investigations (projectiles), and for the detection of copper-containing pesticides on plants, fruit or vegetables we recommend the specific and highly sensitive paper Cuprotesmo (code 90601) with a sensitivity of 0.05 μg.
For non-destructive testing of materials apply a drop of 3 % nitric acid (1 part nitric acid 85 %, 5 parts water) to the degreased surface. After 1 minute absorb the liquid with the Nickel Test Paper. With this procedure nickel contents > 0.5 % are safely detected.
Store Nickel Test Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
In the presence of Ag+ the Silver Test Paper shows a red-violet spot against a salmon-red background. The leaflet describes a method to eliminate interferences of Hg, Cu, Au, Pt and Pd.
Store Silver Test Paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Bismuth is found naturally in the Earth’s crust and is used in a range of applications. It can be found in cosmetic products, pharmaceutical products, alloys, solder, pigments and fire detection devices.
Pale yellow bismuth test paper shows orange-red spots in the presence of bismuth.
Store bismuth test paper in a cool, dry place. Avoid exposure to sunlight and moisture.
Fill sample beaker half-way with water sample. Add 20 drops hydrochloric acid. The pH value must be below 1. Remove test disc from container. Using needle, pierce the round test disc in the middle. Submerge test disc completely in water sample. After 5-7 minutes the disc should be saturated with the solution. Remove the disc from the sample and compare the size of the bleached zone with the colour scale.
Store the Fluoride Test in a cool, dry place. Avoid exposure to sunlight and moisture.
For the fast and reliable determination of silver in fixing baths. The easy dip and read procedure provides a reliable result within 30 seconds.
During operation of a fixing bath it is necessary to check the silver content as well as the pH in regular intervals to ensure proper operation. A decrease in fixing capacity is noted as an increase in silver concentration or an alteration of the pH value. Ag-Fix test strips allow a simultaneous semi-quantitative determination of silver and the pH value in photographic solutions.
Store Ag-Fix in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy determination of water in petrol and fuel oil tanks.
Over time water accumulates in petrol and fuel oil storage tanks. This water forms a layer underneath the fuel. To measure this layer the PE AQUATEC strip is fixed onto a flat steel sheet so that the lower ends coincide. It is then lowered into the tank with a cord until it reaches the bottom. Any water present beneath the fuel will dissolve the blue strip layer (testing time about 15-20 seconds). The thickness of the water layer corresponds to the colourless part of the strip.
Store AQUATEC in a cool, dry place. Avoid exposure to sunlight or moisture.
For the quick and easy detection of hydrogen sulphide.
Hydrogen sulphide occurs in the processing of raw oil. It is toxic even in low concentrations. Therefore critical points must be carefully checked using Lead Acetate Paper. Solutions containing sulphide ions also give a positive reaction.
Lead acetate is toxic and the test paper needs to be declared as hazardous. The technically equivalent sulphide test paper (code 90761) is a non-toxic and safe alternative to Lead Acetate Paper.
For the fast detection of fluoride ions in solutions containing hydrochlorid acid. It is suitable for the safe and easy detection of dangerous hydrofluoric acid, which is used for example in computer chip production.
Directions for use
Apply a drop of the hydrochloric acid solution (pH <1) to the test paper. The dropping point coloured yellowish-pink. High concentrations of fluorides are indicated by the appearance of a yellowish-white spot, lesser amounts by a yellowish-white ring. The reaction must be determined immediately after the application of the test solution.
Store Fluoride Test 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 fast and reliable detection of oil contamination in water and soil.
The sensitivity largely depends on the nature of the respective hydrocarbon. For detection of oil in soil, press the test paper firmly against the soil to be tested and rinse with clear water. To determine oil in water, move the paper back and forth a few times in the sample. In case of volatile hydrocarbons, the color reaction of the test paper has to be evaluated immediately.
Store oil test paper in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy detection of hydrogen sulphide.
Hydrogen sulphide occurs in the processing of raw oil. It is toxic even in low concentrations. Therefore critical points must be carefully checked using sulphide test paper. Solutions containing sulphide ions also give a positive reaction.
This product is an alternative to lead acetate paper (code 90744) which is toxic and needs to be declared as hazardous. Sulphide Test Paper is non-hazardous and safe.
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 determination of the relative atmospheric humidity.
Moisture sensitive goods, such as electronics and optical systems, have to be stored at low atmospheric humidity. They are usually packed in sealed plastic bags together with a desiccant. Moisture Indicator Paper is used to determine if the desiccant is active and if moisture is effectively kept away from the goods.
Moisture Indicator Paper is simply exposed to the atmosphere in question. When the color of the pad does not change anymore, the humidity can be read off.
For the quick and easy determination of the relative atmospheric humidity.
Moisture sensitive goods, such as electronics and optical systems, have to be stored at low atmospheric humidity. They are usually packed in sealed plastic bags together with a desiccant. Moisture Indicator Paper is used to determine if the desiccant is active and if moisture is effectively kept away from the goods.
Moisture Indicator Paper is simply exposed to the atmosphere in question. When the colour of the pad does not change anymore, the humidity can be read off.
Moisture Indicator Paper is used for the quick and easy determination of the relative atmospheric humidity.
Moisture sensitive goods, such as electronics and optical systems, have to be stored at low atmospheric humidity. They are usually packed in sealed plastic bags together with a desiccant. Moisture Indicator Paper is used to determine if the desiccant is active and if moisture is effectively kept away from the goods.
Moisture Indicator Paper is simply exposed to the atmosphere in question. When the colour of the pad does not change anymore, the humidity can be read off.
This test is similar to code 908901 with one important difference: The patented moisture indicator is free from carcinogenic and toxic material. Established humidity indicators are based on cobalt chloride, which has been found to be carcinogenic and toxic. Contact to these types of indicators represents a health and safety risk to staff involved in handling and packing. This patented non-toxic moisture indicator eliminates these risks and increase safety.
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 quick and easy determination of chromate in solutions. Test kit includes test strips and liquid reagents. A reliable result is obtained within 30 seconds.
Many chromate compounds are poisonous and carcinogenic. They are used, for example, in chrome plating and tanning. QUANTOFIX Chromate is used for the easy monitoring of water discharged from such plants.
Directions for use:
Add 10 drops of nitric acid to the supplied test tube. Dip QUANTOFIX Chromate test strip into test solution for 1 second. Shake off excess liquid. Place the test strip into the filled test tube. Wait 30 seconds. Shake off excess liquid. Compare with the colour scale. If chromate ions are present, the test field turns violet.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For the rapid and reliable determination of cobalt in solutions. The easy dip & read procedure provides a result within 20 seconds.
Cobalt is used for metal alloys and can in other compounds be part of catalysts. QUANTOFIX Cobalt is used to monitor waste water and for non destructive testing of materials.
Directions for use:
Dip QUANTOFIX Cobalt test strip into the sample (pH 2-7) for 1 second. Shake off excess liquid. Wait 20 seconds. Compare test field with the colour scale. The test field turns green-blue in the presence of cobalt.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For the fast and reliable determination of copper in solutions. The easy dip & read procedure provides a reliable result within 20 seconds.
Copper or copper-compounds are used for electroplating processes, the production of water pipes etc. QUANTOFIX Copper is used for the quick and easy monitoring of electroplating solutions, waste water, tap water and in many other applications.
Directions for use
Dip QUANTOFIX Copper test strip into the sample (pH 2-6) for 1 second. Shake off excess liquid. Wait 20 seconds. Compare test field with the colour scale. If copper ions are present, the test field turns red-violet.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For the fast and reliable determination of nickel in solutions. The easy dip & read procedure provides a reliable result within 30 seconds.
Nickel is used in metal plating processes and for metal alloys. The test is also used for the easy monitoring of electroplating solutions and industrial waste water. Metal parts that come into contact with skin can be tested with QUANTOFIX Nickel to prevent allergic reactions.
Directions for use
Dip QUANTOFIX Nickel test strip into the sample (pH 2-7) for 1 second. Shake off excess liquid. Wait 20 seconds. Compare the test field with the colour scale. The test field turns red in the presence of nickel(II) ions.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
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 detection of aluminium in water. Test kit includes test strips and liquid reagents. Results are obtained within 2 minutes.
Aluminium is the third most abundant element in the Earth’s crust and can be present in natural water. In water treatment processes, aluminium sulphate (alum) is commonly used as a coagulant. When alum is added to water, bacteria and other impurities clump together forming flocs which can then be filtered from the water. QUANTOFIX Aluminium can be used to check the integrity of the filtering system.
Store QUANTOFIX Aluminium 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.
Allows the quick and easy determination of zinc in solutions. Test kit includes both reagents and test strips. A reliable result is obtained within 30 seconds.
Zinc provides an effective protective coating for steel (galvanized coatings) and is useful as an alloying agent. QUANTOFIX Zinc can be used to regularly check the plating baths in metal plating industry. Zinc salts are useful as corrosion inhibitors in cooling water treatment formulations. Here, the zinc concentration is monitored to ensure an optimal process.
Store QUANTOFIX Zinc 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 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 fast and easy determination of ammonium in water. QUANTOFIX Ammonium includes test strips and liquid reagents. Results are obtained within 10 seconds.
In nature, ammonia results from the biological decay of organic matter. High concentrations can be found in rural, farming areas where fertilisers are regularly used. Also, industrial effluents may contain ammonia in higher levels. Ammonium levels > 1 mg/L are poisonous to aquatic life.
QUANTOFIX Ammonium is intended for the detection of ammonium in surface and drinking water and in industrial waste water which does not contain high concentrations of interfering ions (such as water hardeners, iron and sulfide).
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy determination of potassium in solutions. A reliable result is obtained within 1 minute.
QUANTOFIX Potassium includes both reagents and test strips.
The natural potassium content in ground water is generally about 1–2 mg/L K. Higher values may indicate fecal contamination, but can also originate from potassium fertilizers. For the growth of plants and animals potassium is an essential factor. Especially in agriculture the determination of potassium therefore gains increasing importance.
Store QUANTOFIX Potassium 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.
For the quick and easy determination of phosphate in solutions. Test kit includes reagents and test strips. A reliable result is obtained within 2 minutes.
In surface water, the presence of high phosphate concentrations may indicate domestic wast discharge, fertiliser runoff or the presence of industrial effluents or detergents. The phosphate content of surface water has direct consequences for its ability to support growth of certain organisms. Very high phosphate intake may lead to eutrophication of rivers and lakes leading to the death of aquatic life. In the maintaining of cooling or heating systems QUANTOFIX Phosphate is used for the rapid and reliable control of corrosion inhibitors.
Store QUANTOFIX Phosphate 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 quick and easy determination of molybdenum in solutions. Includes test strips and reagents. A reliable result is obtained within 1 minute.
Molybdenum tests are mainly used for coolant water and boiler feed water. Molybdenum salts act as corrosion inhibitors, either directly or as part of an anti-corrosive additive. Use QUANTOFIX Molybdenum to carefully control molybdenum levels, which is important to ensure optimal corrosion prevention. Also, the level of the anti-corrosive additive can be easily controlled.
Store QUANTOFIX Molybdenum in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy determination of formaldehyde. Test kit includes test strips and liquid reagent.
Formaldehyde is used in a large variety of products, including shampoo and clothes. In large quantities it is used as raw material in the chemical industry. Formaldehyde is poisonous and can cause allergic reactions as well as irritation of skin, eyes and air passages. If such reactions are observed after contact with suspicious substances it may be useful to control the formaldehyde concentration.
In closed cooling or heating circuits formaldehyde is used as a biocide. QUANTOFIX Formaldehyde can be used to monitor the system.
Directions for use
Rinse enclosed measuring vessel with test solution and fill it to the 5mL mark. Add 10 drops formaldehyde -1. Shake carefully. Dip QUANTOFIX Formaldehyde test strip into the test solution for 1 second. Shake off excess liquid. After exactly 60 seconds, compare the test field with the colour scale.
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 total iron in solutions. The easy dip & read procedure provides reliable results in less than 30 seconds.
Iron is an indicator of corrosion and is therefore a very important parameter to monitor in industrial applications. In drinking water, iron is not desirable as it leads to unpleasant odours and brown discolouration.
Directions for use
Dip QUANTOFIX Total Iron 1000 test strip into the water sample (pH 1-7) for 1 second. Shake off excess liquid. Wait 20 seconds. Compare the test field with the colour scale. If iron ions are present, the test field turns red.
Store QUANTOFIX Total Iron 1000 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 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.
For the fast and reliable determination of EDTA (Ethylendiaminetetraacetate), NTA (Nitrilotriacetic acid) and other complexing agents in solutions. The easy dip & read procedure provides a reliable result within 15 seconds.
Complexing agents such as EDTA or NTA are frequently used as additives in washing and cleaning agents, cosmetics, the photo and paper industries. Since such additives are poorly biodegradable, the dosage used must be carefully measured. QUANTOFIX EDTA test strips are ideal for checking the concentration. The absence of such complexing agents can also be established with these test strips.
In proteomics labs EDTA is also used to regenerate Ni- and Co-precharged chromatography columns (HPLC columns) which are used to purify recombinant proteins. Prior to the successive analysis, QUANTOFIX EDTA is used to control if EDTA has completely rinsed out. This may dramatically reduce the rinse time and therefore increase the throughput and the capacity.
The following complexing agents can also be tested with this method:
– Nitrilotriacetic acid (NTA, commercial name: Titriplex® I)
– 1,2-Cyclohexylenedinitrilotetraacetic acid (commercial name: Titriplex® IV)
– Diethylenetriaminepentaacetic acid (commercial name: Titriplex® V)
– Bis(aminoethyl)-glycolether-N,N,N‘,N‘-tetraacetic acid (commercial name: Titriplex® VI)
Conversion factor: 1 mg/L EDTA = 0.7 mg/L NTA
Directions for use
Dip the test strip into the sample for 1 second. Shake off excess liquid. Wait 15 seconds. Compare test field with the colour scale. If EDTA is present, the test field turns orange to yellow depending on the concentration. Should EDTA not be present, the test field turns red.
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 quickly determining the concentration of cooling lubricants. The easy dip & read procedure provides a reliable result within 1 minute.
Cooling lubricants are sometimes necessary for certain cutting, drilling and shaping processes used in the metal working industry. Using QUANTOFIX LubriCheck the concentration of cooling lubricant can easily be checked on the spot. This ensures optimal cooling and lubrication and at the same time optimal quality of the work piece. QUANTOFIX LubriCheck can easily be used by chemically untrained persons.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
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 determination of nitrite and pH in cooling lubricants. The easy dip & read procedure provides a reliable result within 1 minute.
QUANTOFIX Nitrite/pH is ideal for monitoring two important parameters in cooling lubricants. The nitrite test is an indicator for bacterial growth in the cooling lubricant cycle. It allows early counteractive measures and therefore increases the lifetime of the cooling lubricant. An added benefit is significant cost savings. A weekly determination of the nitrite concentration is also recommended to protect workers from carcinogenic nitrosamine. High levels of nitrite in the cooling lubricant foster the formation of this carcinogenic compound.
The pH test is specially optimized for the demands of cooling lubricant analysis. Short testing cycles allow an early detection of pH changes. Counteractive measures can be performed to keep the pH at the optimal level. This ensures optimal protection against corrosion, inhibits bacterial growth and therefore reduces maintenance costs.
Directions for use
Take a sample (do not hold the test strip in flowing cooling lubricant). Dip QUANTOFIX Nitrite/pH test strip with all test fields into the sample for 1 second. Shake off excess liquid. Wait 60 seconds. Compare test fields with the colour scale.
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 semi-quantitative analysis of gluteraldehyde in solutions. The fast and easy dip & read procedure provides reliable results in 20 seconds.
Gluteraldehyde is a strong disinfectant. It is often used in healthcare and medical engineering to disinfect surgical instruments and equipment. Gluteraldehyde is one of the most popular disinfectants in single-use device reprocessing. QUANTOFIX Gluteraldehyde allows the user to check whether the gluteraldehyde concentration is sufficient for proper disinfection.
Directions for use
Dip QUANTOFIX Gluteraldehyde test strip into the test solution for 1 second. Shake off excess liquid. Wait 15 seconds. Immediately compare the test field with the colour scale.
Store in a cool, dry place. Avoid exposure to sunlight and moisture.
For the quick and easy determination of low levels of total iron in solutions. The easy dip & read procedure provides reliable results in 1 minute.
Iron is an indicator of corrosion and is therefore a very important parameter to monitor in industrial applications. In drinking water, iron is not desirable as it leads to unpleasant odours and brown discolouration.
Directions for use:
Dip QUANTOFIX Total Iron 100 test strip into the water sample (pH 1-7) for 1 second. Shake off excess liquid. Wait 60 seconds. Compare the test field with the colour scale. If iron ions are present, the test field turns blue.
Store QUANTOFIX Total Iron 100 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 fast and easy determination of silver in solutions. The easy dip & read procedure provides reliable results in less than 15 seconds.
Silver is a universally known and important metal which is used in many applications. For example, silver plays an important role in the final stages of photo and film development, the so called fixing process. Here, excess silver halides are washed from the photographic layer. To ensure a well functioning fixing bath, its silver content needs to be monitored regularly.
The QUANTOFIX Silver test strips are the ideal tool to test for silver in solutions quickly and accurately
Store QUANTOFIX Silver 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.
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.
