Hanna HI-3815 Chloride Test Kit

• Titration is used to find the concentration of an identified chemical in a solution (e.g., water).

• In our standard Titration kits, there will be a Titrant solution that is added to the solution (e.g., water) to be tested to make it change colour. The Reagent is then added under monitored conditions.

• A titration-based chemical test kit that determines the chloride concentration within two ranges: 0 to 100 mg/L Cl- and 0 to 1000 mg/L Cl-. It is supplied complete with everything needed to perform approximately 110 tests.

• The HI-3815 chloride test kit comes supplied with; 15ml diphenyl-carbazone indicator, 30ml nitic acid solution, 120ml mercuric nitrate solution, calibrated vessel, 10ml calibrated vessel, calibrated syringe with tip.

• Ranges (0 to 1000mg/L).

Chloride Test Kit:

• The HI-3815 chloride test kit is quick, easy to use and portable. Chloride is one of the most common ions present in water.

• In drinking water, its level must be kept low because it can adversely alter the taste.

• During testing, when colour change is achieved, under careful conditions - usually using a burette – the reagent is added, drop by drop, until the solution turns to the colour required. The user will then count how many drops of reagent were used to achieve complete colour change. The number of drops used will determine the chemical concentration and results can be found in the manual included.

• The design makes the kit easy to handle and, except for mercuric solution, practically prevents accidental injury or damage due to spills. The pH is lowered to approximately 3 by addition of nitric acid. Mercuric ions react with chloride ions to form mercuric chloride. The colour change from yellow to purple determines the end point of this titration.

Features:

• All required materials are included with the test kit, such as the sample beaker, indicator and reagent solutions, and calibrated syringe

• High resolution

• Replacement reagents available, there is no need to buy a new kit when reagents are exhausted

Applications:

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