Portable Water Quality Test Kits

Portable Water Quality Test Kits

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  • NANOCOLOR Iron LR

    CTL Scientific

    Standard test for the determination of Iron in the low range. Reagent kit for highly sensitive photometric measurements with low costs per sample. Pre-programmed on NANOCOLOR photometers. Measuring range: Iron - 0.005–5.00 mg/L Fe

  • NANOCOLOR Nitrate 8

    CTL Scientific

    Tube test for the determination of Nitrate. Precise rapid tests for all kind of water and waste water samples. Time-saving and reliable analysis together with Macherey-Nagel NANOCOLOR photometers. Measuring range: Nitrate - 0.30–8.00 mg/L NO3-N, Nitrate - 1.3–35.0 mg/L NO3?

  • MQuant™ Molybdenum, Test Method: colorimetric with test strips and reagent

    Method: colorimetric with test strips and reagent 5 - 20 - 50 - 100 - 250 mg/l Mo MQuant™ UN Number: UN2967 Storage class: 8B Non-combustible, corrosive hazardous materials Storage: Store at +15°C to +25°C. Hazard: Irritant The main use of the molybdenum test is for boiler and cooling...

  • Spectroquant® Ammonium Cell Test Method: photometric

    UN Number: UN3316

  • Ozone CHEMets Kit

    Ozone is a strong oxidizing agent and is used as an alternative to chlorine as a biocide in the disinfection of drinking water. Ozone is used to remove odor, decolorize, and to control algae and other aquatic growths. Ozone is also used in various disinfectant and sterilization processes in the food...

  • NANOCOLOR Cadmium 2

    CTL Scientific

    Tube test for the determination of Cadmium. Precise rapid tests for all kind of water and waste water samples. Time-saving and reliable analysis together with Macherey-Nagel NANOCOLOR photometers. Measuring range: Cadmium - 0.05–2.00 mg/L Cd²?

  • NANOCOLOR COD LR 150

    CTL Scientific

    Tube test for the determination of COD. Precise rapid tests for all kind of water and waste water samples according to ISO 15705 and EPA standard method 5220-D. Time-saving and reliable analysis together with Macherey-Nagel NANOCOLOR photometers. Measuring range: COD - 3–150 mg/L O2

  • Aluminum Test Kit

    Octet Comparator Method For determining aluminum in water Sufficient for 50 tests Octet Comparator has color standards representing 0, 0.1, 0.15, 0.2, 0.25, 0.3, 0.4 and 0.5 ppm. A pink to red color will form when aluminum reacts with Eriochrome Cyanine R, at pH 6.

  • NANOCOLOR Sulfate MR 400

    Tube test for the determination of Sulfate. Precise rapid tests for all kind of water and waste water samples. Time-saving and reliable analysis together with Macherey-Nagel NANOCOLOR photometers. Measuring range: Sulfate - 40-400 mg/L SO4²?

  • Spectroquant® Fluoride Test Method: photometric, SPADNS

    UN Number: UN3316

  • Hardness Test Kits

    Direct Reading Titrator (9859X42 and X43) For determining total hardness of water Range 0 to 200 ppm as CaCO3 in 4 ppm increments Titrators may be refilled to test higher concentrations Sufficient for 50 tests at 200 ppm Direct Reading Titrator (9859X72 and X73) For determining calcium,...

  • NANOCOLOR Aluminium

    CTL Scientific

    Standard test for the determination of Aluminum. Reagent kit for highly sensitive photometric measurements with low costs per sample. Pre-programmed on NANOCOLOR photometers. Measuring range: Aluminum - 0.01–1.00 mg/L Al³?

  • Spectroquant® Sulfate Cell Test Method: photometric

    UN Number: UN3316

  • NANOCOLOR DEHA 1

    CTL Scientific

    Tube test for the determination of DEHA. Precise rapid tests for all kind of water and waste water samples. Time-saving and reliable analysis together with Macherey-Nagel NANOCOLOR photometers. Measuring range: DEHA - 0.05–1.00 mg/L DEHA

  • Hydrogen Peroxide CHEMets Kit, Range: 0-0.5 ppm

    Hydrogen peroxide is a strong oxidizing agent with a variety of uses. Applications include the treating of industrial effluents and domestic waste and serving as a disinfectant in aseptic packaging. For the food and beverage industry, CHEMetrics Hydrogen Peroxide CHEMets® and Vacu-vials®...

  • Spectroquant® Empty cells with screw caps

    Spectroquant Empty Cells with screw caps are designed to facilitate various water quality testing applications. The secure screw caps ensure sample integrity during analysis and transportation. These cells are compatible with a range of testing protocols, offering versatility in laboratory settings....

  • DPD Chlorine Liquid

    All the benefits of DPD tablets in a liquid Can be used with existing LaMotte chlorine comparators or colorimeters Lower cost per test than tablets Quicker results and clearer colors than tablets DPD 1A and 1B reagents are added to a 5 or 10 mL sample to test free chlorine. DPD 3 reagent is added to...

  • Peracetic Acid Kit

    The hydrogen peroxide equivalence is 1 drop = 50 ppm. The peracetic acid equivalence can be modified to test different concentrations by using a different sample size. The result is a 1 drop = 6, 15, or 300 ppm equivalence.

  • NANOCOLOR COD 600

    CTL Scientific

    Tube test for the determination of COD. Precise rapid tests for all kind of water and waste water samples according to ISO 15705. Time-saving and reliable analysis together with Macherey-Nagel NANOCOLOR photometers. Measuring range: COD - 50–600 mg/L O2

  • Total Hardness Test Kit

    Applications: Industrial Water Boiling and Cooling, Water and Wastewater This kit tests for Total Hardness using the Dropper Bottle Method. All results are as CaCO3. Range/sensitivity is 1 drop = 2, 5, or 10 ppm CaCO3.

  • Spectroquant® Nitrogen (total) Cell Test Method: photometric

    UN Number: UN3316

  • NANOCOLOR Nitrate 50

    CTL Scientific

    Tube test for the determination of Nitrate. Precise rapid tests for all kind of water and waste water samples. Time-saving and reliable analysis together with Macherey-Nagel NANOCOLOR photometers. Measuring range: Nitrate - 0.3–22.0 mg/L NO3-N, Nitrate - 2–100 mg/L NO3?

  • Ammonia CHEMets® Kits, Direct Nesslerization Method

    Low-level ammonia nitrogen may be naturally present in water as a result of the biological decay of plant and animal matter. Higher concentrations in surface waters can indicate contamination from waste treatment facilities, raw sewage, industrial effluents (particularly from petroleum refineries),...

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