Thermogravimetric analyzers measure changes in mass or weight in response to increases in temperature or time. These kinds of measurements can give valuable information about a material's thermal stability, response to oxidation, composition, decomposition kinetics, moisture content, and more. Thermogravimetric analyzers thus have applications for many types of studies such as materials science research, studies of reaction kinetics, and determining the durability of materials used to make space craft.
Some things to consider when purchasing a thermogravimetric analyzer include the type of samples the machine is optimized for, sample weight, temperature range, ease of calibration, and analysis and cool down times.
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Rigaku Corporation
- RT to 1,100°C (Standard/Sample observation); RT to 1,500°C (High temperature/Indirect heated); RT to 1,400°C (HUM); -40 to 700°C (Refrigerated cooling)
- ±500 mg
- <10 µg (up to 1,000°C); <20 µg (up to 1,400°C)
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