"Single Factor Water Test Kits"

CHEMets® Iron Total Soluble HR Visual Test Kit 250 to 2500 ppm

Refill for The Comprehensive Water Monitoring Kit 470004-240 and LaMotte® TesTab® Water Investigation Kit 470007-270

Explore the four main types of materials: metals, polymers, ceramics, and composites.

Learn about the different types of media used to grow bacteria.

This titration-based chemical test kit determines the alkalinity concentration in samples within a 0 to 100 mg/L (ppm) CaCO₃ or 0 to 300 mg/L CaCO₃ range.

Easy way to test water for carbon dioxide concentration.

Prepare stained slides to view plant samples in various stages of development.

Provides a simple, accurate and cost-effective way to measure fluoride.

CHEMets® Iron Total Ferrous HR Visual Test Kit 10 to 100 ppm

The LaMotte ColorQ meter is a simple way to test low and high concentrations of chlorine.

Use biological detergents, enzymes, and ethanol to isolate DNA from plant material.

Features of titrets technology: Dependable, sealed single-use titrants Fast, easy procedure no need to count drops No burettes or other equipment necessary Perform a titration ANYWHERE

Features of titrets technology: Dependable, sealed single-use titrants Fast, easy procedure, no need to count drops No burettes or other equipment necessary Perform a titration ANYWHERE

This product is a refill for K-2511 chlorine (free and total) ULR CHEMets visual kit for the analysis of chlorine in water. It contains 30 self-filling ULR CHEMets ampoules packaged securely in cardboard trays and box. R-2511 chlorine (free and total) - ULR CHEMets refill is compatible with C-2511 chlorine comparator.

This product is a refill for K-7006 Nitrite CHEMets visual kit for the analysis of nitrite in water. It contains 30 self-filling CHEMets ampoules packaged securely in cardboard trays and box. R-7006 Nitrite CHEMets refill is compatible with C-7006 Nitrite low range comparator and C-7007 Nitrite high range comparator.

Investigate equilibrium and LeChatlier's principle through 4 different experiments.