Water Quality Testing Kits
Hach Company Ammonia TNTplus Vial Test, UHR+ (100 - 1800 mg/L NH₃-N), 25 Tests
For samples with very high Ammonia concentrations - ideal for monitoring Ammonia concentrations during the Anaerobic Ammonium Oxidation (Anammox) process. Ammonia TNTplus chemistry and your Hach spectrophotometer are engineered to simplify water analysis for accurate results, everytime. For determination of very high Ammonia concentrations, e.g. in centrate, filtrate or press water by the Salicylate method. With Ammonia TNTplus reagents, simply add sample and add the Dosicap zip reagent, shake the vial and insert into your Hach spectrophotometer! The Direct Read Technology will provide your Ammonia results in mg/L. No more sample dilutions, cleaning glassware, dealing with large amounts of waste, and worrying about human errors.25 Ammonia vials per box.
Hach Company Hardness 2 Indicator Solution, 100 mL MDB
ManVer (Calmagite) Hardness Indicator, for hardness and chelant determination by titration. 100 mL Marked Dropping Bottle
Abcam Makisterone A, EcR agonist, 1MG
MW 494.7 Da, Purity >95%. Potent ecdysone receptor (EcR) agonist. Shows similar affinity for EcR as 20-Hydroxyecdysone (ab142425) Predominant insect moulting hormone in vivo. .
The product is subject to the following: Abcam Restricted Use Statement
Hach Company Iron Color Disc Test Kit, Model IR-18A
Using the simple color disc method, this kit measures Iron (Range - 0.02-1 mg/L) and contains reagents for 100 tests.
Hach Company HydraVer 2 Hydrazine Reagent, 100 mL
For hydrazine determination in boiler waters by the p-Dimethylaminobenzaldehyde method. Hach method 8141. Range: 4 - 600 μg/L N₂H₂. (Also used in visual test kits. Range: 0.02-1.00 mg/L) 100 mL bottle.
Hach Company MolyVer 1 Reagent Powder Pillows, 25 mL, pk/100
For determination of high range molybdenum by the mercaptoacetic acid method (Hach method 8036). Range: up to 40.0 mg/L Mo Sample Size: 25 mL. Pack of 100 powder pillows
Hach Company Chlorophosphonazo Indicator Solution for ULR Hardness, 500 mL
For ultra low range hardness determination by the Chlorophosphonazo method. Hach Method 8374. Range: 4 - 1000 ug/L Ca & Mg as CaCO3. Ideal for use with Hach's Pour-Thru Cell. Requires CDTA Reagent, Cat. No. 2589636. 500 mL bottle
Hach Company SPADNS 2 (Arsenic-free) Fluoride Reagent Solution, 500 mL
For determination of Fluoride by Hach SPADNS 2 Method 10225. The SPADNS2 reagent formulation removes interference from chlorine without arsenic. Range: 0.02 - 2.00 mg/L F-. EPA compliant. 500 mL bottle
Hach Company Citric Acid Reagent Powder Pillows for Silica, 10 ml, 100/pk
For determination of high range silica by the silicomolybdate method (Hach method 8185), and low range silica by the heteropoly blue method (Hach method 8186). 100/pk
Hach Company Nitrogen-Ammonia Reagent Set, TNT, AmVer (Salicylate),Low Range
For determination of Low Range Ammonia Nitrogen by the AmVer™ Salicylate Test 'N Tube™ Method. Hach Method 10023. Range: 0.02 - 2.50 mg/L NH3-N. Reagent set contains: AmVer Diluent Reagent Low Range Test 'N Tubes, Ammonia Salicylate. Reagent Powder Pillows and Ammonia Cyanurate Reagent Powder Pillows. 25-50 tests (dependent upon the number of reagent blank tests performed)
Hach Company Manganese Reagent Set, HR, 10 mL
For determination of Manganese by the Periodate Oxidation Method. USEPA accepted for reporting wastewater analysis using Hach Method 8034. Range: 0.1 - 20.0 mg/L Mn. Sample Size: 10 mL. Reagent Set includes Citrate Buffer Powder Pillows and Sodium Periodate Powder Pillows for 100 tests. To confirm accurate results, see appropriate standard solutions on the Consumables tab.
Hach Company BART Test for Slime-Forming Bacteria, pk/27
BART biodetectors are excellent diagnostic tools to help identify the presence of process disruptors, such as bacteria creating slime layers and limiting disinfection.The SLYM-BARTs can be used as a P/A test capable of indicating to some extent the possible population size and the types of slime-forming organisms present in the water sample. Slime-forming bacteria are able to produce copious amounts of slime without necessarily having to use any iron. Iron bacteria also produce slime, but usually it is thinner and involves the accumulation of various forms of iron.Slime-forming bacteria generally produce the thickest slime formations under aerobic (oxidative) conditions, which develop around the floating ball. Growth may be recognized as a cloudy or gel-like growth, which can be localized or occur throughout the sample. These growths are usually white, grey, yellow, or beige in color and can darken over time.