Application of thermogravimetric analyzer

- Nov 29, 2021-

Thermal analysis can study the properties of crystals, such as the physical physics of materials such as melting, evaporation, sublimation and absorption; thermal stability of materials, local processes, extraction processes, extraction methods, decomposition, reduction, material analysis, additives and fillings Chemical reactions such as the influence of reagents, moisture and documents, and reaction kinetics.

A wide range of research, process optimization and quality monitoring in various fields such as raw materials, drugs, drugs, metals, catalysts, inorganic materials, materials and composite materials.

The important feature of thermogravimetry is that it is highly quantitative and can accurately measure the change and rate of the mass change of a substance. It can be said that as long as the substance changes when it is heated, the reheat method can be used to study its change process. It has been applied in the following areas:

Thermal decomposition of inorganic, organic and polymer;

Corrosion process of metal by various gases at high temperature;

Chlorination and smelting of minerals

Distillation and vaporization of liquids

Pyrolysis process of coal, oil and wood

Determination of moisture content, volatile matter and ash content

Sublimation process

Dehydration and moisture absorption

Research on explosive materials

Research on reaction kinetics;

Newly discovered compounds

Adsorption and desorption