Differential Thermogravimetric AnalyzerDTA-TGA is a comprehensive thermal analysis instrument that combines differential thermal analysis (DTA) and thermogravimetric analysis (TGA) functions. It provides key data support for materials science research by synchronously measuring the mass change and thermal effect of materials under programmed temperature control.
Differential Thermogravimetric AnalyzerApplication areas:
Materials Science
Polymer materials: Study the thermal decomposition, glass transition, and crystallization behavior of polymers.
Metals and Ceramics: Analysis of Metal Oxidation, Ceramic Sintering Process, and Heat Treatment Temperature Optimization.
Composite materials: Evaluate the influence of fillers on the thermal properties of materials and guide the design of composite materials.
chemical industry
Chemical reaction control: Monitor the thermal effects and quality changes of reactions such as polymerization and combustion, and optimize process conditions.
Product quality control: Ensure chemical quality meets standards through thermal stability testing.
Medicine and Biotechnology
Drug research: Evaluate the thermal stability, melting point, and decomposition temperature of drugs, and guide drug storage and use.
Biomaterials: Study the thermal decomposition characteristics of biodegradable materials and medical implants.
Environmental Science
Pollutant analysis: Detect the thermal stability of harmful substances in solid waste and sludge, and optimize incineration treatment processes.
Waste degradation: Analyze the thermal behavior and gas release components during waste incineration to improve energy utilization efficiency.
food industry
Ingredient analysis: Measure the content of water, fat, protein and other components in food to optimize the formula.
Stability study: Evaluating the thermal stability and antioxidant activity of food during processing or storage.
Oil and Energy
Petroleum product analysis: Determine the thermal stability and high temperature volatility of petroleum products.
Research on Energy Materials: Optimizing the Thermal Performance and Safety of Energy Storage Materials such as Lithium Batteries and Supercapacitors.