Chemical-Technological Laboratory
The chemical laboratory is equipped with modern equipment for determining the chemical composition of metals using the OES method, as well as equipment for testing paints and coatings.
For paints and coatings in delivery condition, the following characteristics can be tested:
- Determination of apparent viscosity
- Determination of density
- Determination of non-volatile matter content
- Determination of drying time
For testing the dry film of paints and coatings, the following characteristics are tested:
- Determination of film thickness
- Cross-cut testing
- Determination of gloss level
Determination of the chemical composition of metals using the OES method (Spectrolab)
The chemical laboratory is equipped with modern equipment for determining the chemical composition of metals using the OES method, as well as equipment for testing paints and coatings.
For paints and coatings in delivery condition, the following characteristics can be tested:
- Determination of apparent viscosity
- Determination of density
- Determination of non-volatile matter content
- Determination of drying time
For testing the dry film of paints and coatings, the following characteristics are tested:
- Determination of film thickness
- Cross-cut testing
- Determination of gloss level
Determination of Dynamic Viscosity
The chemical laboratory is equipped with modern equipment for determining the chemical composition of metals using the OES method, as well as equipment for testing paints and coatings.
For paints and coatings in delivery condition, the following characteristics can be tested:
- Determination of apparent viscosity
- Determination of density
- Determination of non-volatile matter content
- Determination of drying time
For testing the dry film of paints and coatings, the following characteristics are tested:
- Determination of film thickness
- Cross-cut testing
- Determination of gloss level
Determination of Coating and Protective Layer Thickness
The chemical laboratory is equipped with modern equipment for determining the chemical composition of metals using the OES method, as well as equipment for testing paints and coatings.
For paints and coatings in delivery condition, the following characteristics can be tested:
- Determination of apparent viscosity
- Determination of density
- Determination of non-volatile matter content
- Determination of drying time
For testing the dry film of paints and coatings, the following characteristics are tested:
- Determination of film thickness
- Cross-cut testing
- Determination of gloss level
Measurement of gloss value
The chemical laboratory is equipped with modern equipment for determining the chemical composition of metals using the OES method, as well as equipment for testing paints and coatings.
For paints and coatings in delivery condition, the following characteristics can be tested:
- Determination of apparent viscosity
- Determination of density
- Determination of non-volatile matter content
- Determination of drying time
For testing the dry film of paints and coatings, the following characteristics are tested:
- Determination of film thickness
- Cross-cut testing
- Determination of gloss level
The chemical laboratory is equipped with modern equipment for determining the chemical composition of metals using the OES method, as well as equipment for testing paints and coatings.
For paints and coatings in delivery condition, the following characteristics can be tested:
- Determination of apparent viscosity
- Determination of density
- Determination of non-volatile matter content
- Determination of drying time
For testing the dry film of paints and coatings, the following characteristics are tested:
- Determination of film thickness
- Cross-cut testing
- Determination of gloss level
Determination of metal, metalloid, and non-metal content in solutions.
The chemical laboratory is equipped with modern equipment for determining the chemical composition of metals using the OES method, as well as equipment for testing paints and coatings.
For paints and coatings in delivery condition, the following characteristics can be tested:
- Determination of apparent viscosity
- Determination of density
- Determination of non-volatile matter content
- Determination of drying time
For testing the dry film of paints and coatings, the following characteristics are tested:
- Determination of film thickness
- Cross-cut testing
- Determination of gloss level
microwave digestion system
- The principle of preparation is based on the use of microwave energy to heat samples. The sample placed in a vessel that allows microwave energy to pass through, along with a polar liquid or electrolyte in MARS 6, is subjected to rapid heating and increased pressure, resulting in a short digestion or dissolution time.
determination of turbidity
- The HACH TL2310 instrument is a laboratory optical turbidimeter used for determining the turbidity of various samples, primarily water samples. The measurement range of this device is 0-1000 FNU/NTU. It uses nephelometry as the measurement method.
simulation of processes in a water treatment plant
The chemical laboratory is equipped with modern equipment for determining the chemical composition of metals using the OES method, as well as equipment for testing paints and coatings.
For paints and coatings in delivery condition, the following characteristics can be tested:
- Determination of apparent viscosity
- Determination of density
- Determination of non-volatile matter content
- Determination of drying time
For testing the dry film of paints and coatings, the following characteristics are tested:
- Determination of film thickness
- Cross-cut testing
- Determination of gloss level
