Differential Thermogravimetric AnalyzerIt is a synchronous thermal analysis instrument that combines thermogravimetric analysis (TGA) and differential thermal analysis (DTA/DSC), which can simultaneously measure the mass and heat changes of samples under programmed temperature control, providing key data for material research.

　　Differential Thermogravimetric AnalyzerCore functions:

Thermal stability assessment

Determine key parameters such as decomposition temperature and oxidation temperature of the material, and evaluate its stability in high-temperature environments.

For example, thermal shrinkage temperature testing of lithium battery separator materials.

Research on Phase Transition and Reaction Dynamics

Analyze the melting point, glass transition temperature (Tg), crystallinity, etc. of the material to optimize the processing technology.

For example, determining the temperature range for injection molding of polymer materials.

Composition Analysis and Quality Control

Calculate the proportion of sample components (such as moisture, ash, and additive content) based on the quality loss rate.

For example, purity testing of drugs, analysis of moisture and fat content in food.

Research on Catalysts and Reaction Mechanisms

Monitor the quality changes (such as carbon deposition and deactivation) and thermal effects of catalysts during the reaction process, and optimize catalyst design.

For example, oxidation stability testing of fuel cell catalysts.