Hanna Chlorine Test Kit HI-3831T, Romania

Hanna Total Chlorine Test Kit Model No. HI-3831T, 50 Tests Made in Romania. The HI3831T total chlorine test kit is equipped with everything you need to determine total chlorine levels in water.

The chlorination of water supplies and polluted waters mainly destroys or deactivates disease-producing micro-organisms. It also improves the quality of drinking water, as chlorine reacts with ammonia, iron, manganese, sulfide, and some organic substances.

Nevertheless, high amounts of chlorine will produce adverse effects, like the formation of potentially carcinogenic compounds (e.g. chloroform) or harmful to aquatic life (e.g. chloramines). Thus it is essential to control that the proper amount of chlorine has been added to fulfill the primary purpose of disinfecting and to minimize any adverse effects.

Order information on the Chlorine Test Kit

The HI-3831T total chlorine test kit comes supplied with a color comparison cube, 20mL chlorine reagent 1, 15mL chlorine reagent 2, and 15mL chlorine reagent 3. This package contains 50 Tests.

Specifications of Total Chlorine Test Kits:

User Manual of Hanna Total Chlorine Test Kit:

• Complete setup
  • All required materials are included with the test kit, such as the sample beaker, color comparison cube, and reagent dropper bottles.

• High resolution
  • Readings from 0.0 to 2.5 mg/L are determined to 0.5 mg/L resolution.

• Replacement reagents available
  • There is no need to buy a new kit when reagents are exhausted. The HI3831T-050 reagent set can be ordered to replace the reagents supplied with the kit. This reagent set comes with 1 (20mL) dropper bottle of chlorine reagent 1, 1 (15mL) dropper bottle of chlorine reagent 2, and 1 (15mL) dropper bottle of chlorine reagent 3.

The chlorination of water supplies and polluted waters mainly destroys or deactivates disease-producing microorganisms. Chlorine also improves the quality of drinking water, as it reacts with ammonia, iron, manganese, sulfide, and some organic substances. Nevertheless, high amounts of chlorine will produce adverse effects like the formation of potentially carcinogenic compounds (e.g. chloroform) or harmful to aquatic life (e.g. chloramines). It remains essential to control the amount of added chlorine to fulfill the primary purpose of disinfecting while also minimizing any adverse effects.