Colorimeter II (Tintometer)

A colorimeter II (Tintometer) is an instrument that is used to determine the concentration of a substance in solutions by comparing the intensity of their color with reference solutions. It is widely used in various fields of science and technology, including chemistry, biology, medicine, food industry and many others.

The operating principle of colorimeter II is based on the Bouguer-Lambert law, which establishes a relationship between the concentration of a solution and its optical

Colorimeter Ii (Tintometer) is an instrument designed to determine the concentration of a substance in a solution by comparing the color intensity of the test solution with the color of standard solutions of known concentration.

The operating principle of a colorimeter is based on the ability of solutions to absorb light of a certain wavelength. The higher the concentration of a substance in a solution, the more intense its color and the more light it absorbs.

In colorimeter II, the solution is placed in a cuvette, which is installed in the light stream. Light from the source passes through the solution and hits a photocell, which generates an electrical signal, the magnitude of which depends on the intensity of the transmitted light.

To determine the concentration of an unknown solution, its signal is compared with the signals obtained by studying a series of standard solutions. Thus, based on the magnitude of the signal from the test solution, its concentration is found.

Colorimeter II allows you to quickly and accurately determine the concentration of substances in solutions when conducting chemical analysis in laboratory and production conditions.