Thermogravimetric Analysis | Material Thermal Properties Testing Solutions

Explore thermogravimetric analysis, a technique used to measure the change in mass of a material when it is heated. It is widely used in materials science, chemistry, and engineering to study thermal stability, decomposition behavior, and composition analysis of materials.

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Thermogravimetric Analysis Advantages

High sensitivity

TGA can detect tiny mass changes of materials during heating and provide accurate thermal performance data.

Wide range of applications

It is applicable to a variety of materials, including polymers, metals, ceramics and composites, and is widely used in materials science, chemistry, pharmaceuticals and environmental science.

Thermal stability evaluation

TGA can effectively evaluate the thermal stability of materials and help researchers understand the behavior and applicability of materials at high temperatures.

Decomposition temperature analysis

By analyzing the decomposition temperature of the material, TGA can provide important information about the composition and pyrolysis mechanism of the material.

Thermogravimetric Analysis Applications

Thermogravimetric analysis (TGA) has a wide range of applications in many fields, mainly including the following aspects:
Material Science:
Polymer Analysis: Used to evaluate the thermal stability, decomposition temperature and residual substances of polymers to help study their performance and applicability.
Composites: Analyze the thermal behavior of composites to optimize their composition and manufacturing process.
Chemistry:
Reaction Kinetics Research: Study the kinetic characteristics of chemical reactions by monitoring the changes in mass during the reaction.
Catalyst Research: Evaluate the stability and activity of catalysts at high temperatures.
Pharmaceuticals:
Drug Ingredient Analysis: Used to analyze the thermal stability and decomposition characteristics of drugs to ensure the safety of drugs during storage and use.
Formulation Development: Help pharmaceutical companies optimize drug formulations to ensure their stability under different conditions.

FAQ

How does TGA work?

TGA works by heating a sample and monitoring how its mass changes with temperature. The equipment usually includes a precise balance and a heating device. As the temperature rises, the change in mass of the sample is recorded and plotted as a thermogravimetric curve.

What types of materials can be analyzed by TGA?

TGA is suitable for a variety of materials, including polymers, metals, ceramics, composites, drugs, food, and waste.

What are the main applications of TGA?

TGA is widely used in materials science, chemistry, pharmaceuticals, environmental science, food science and other fields. It is mainly used to evaluate the thermal stability, decomposition temperature, composition analysis and reaction kinetics of materials.

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See What Customers Say

Liam Johnson

TGA equipment plays an important role in our laboratory. It helps us quickly evaluate the thermal stability of a variety of polymer materials and provides reliable data support for our research. The equipment is easy to operate and the results are accurate, which is very satisfactory.

Akira Tanaka

We use TGA to analyze the thermal stability of drugs, which is crucial to ensure the safety of drugs during storage and transportation. The results of TGA help us optimize the drug formulation and improve the quality of the product.

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Thermogravimetric Analysis | Material Thermal Properties Testing Solutions

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