HIGH-PERFORMANCE THERMOGRAVIMETRIC ANALYZERS (TGA) BY LINSEIS
Thermogravimetric Analysis (TGA) is a precise analytical method used to determine the mass change of a material as a function of temperature or time under a controlled atmosphere. By monitoring weight changes—often down to the microgram (µg) level—researchers can gain critical insights into thermal stability, material composition, and decomposition behavior.
Linseis TGA instruments set the industry standard for this technique, utilizing a unique top-loading thermobalance design. This configuration offers unmatched user-friendliness and protects the sensitive measurement system while allowing for an extraordinary temperature range from -150°C to 2400°C. Whether you are analyzing polymer degradation or high-temperature ceramics, our TGA solutions deliver the precision and reliability required for the most demanding laboratory environments.
Linseis TGA instruments set the industry standard for this technique, utilizing a unique top-loading thermobalance design. This configuration offers unmatched user-friendliness and protects the sensitive measurement system while allowing for an extraordinary temperature range from -150°C to 2400°C. Whether you are analyzing polymer degradation or high-temperature ceramics, our TGA solutions deliver the precision and reliability required for the most demanding laboratory environments.
Why Choose Linseis Thermobalances?
Our TGA instruments feature a sophisticated top-loading design, placing the furnace above the balance to ensure maximum user-friendliness and protection of the weighing mechanism.
- Extreme Temperature Versatility: Specially designed furnaces allow for precise control across a vast range, from -150°C up to 2400°C.
- Rapid Thermal Cycling: Achieve exceptionally fast heating and cooling rates without compromising data integrity.
- Unmatched Sensitivity: Integrated platinum measurement systems guarantee microgram (µg) accuracy for even the most subtle mass transitions.
- Atmospheric Flexibility: Perform analyses under inert, oxidative, reducing, or vacuum conditions with fully vacuum-tight systems.
- International Compliance: All Linseis thermobalances operate in strict accordance with global standards, including ASTM E 914, E 1131, E 1868, DIN 51006, and ISO 11358.
Versatile Applications Across Industries
Linseis TGA technology is a powerful tool for studying physical properties (phase transitions, adsorption, desorption) and chemical reactions (oxidation, reduction, thermal decomposition).
- Polymers: Analyze thermal stability, filler content, and material composition for advanced research.
- Pharmaceuticals: Precisely measure moisture content, solvent residues, and decomposition temperatures for drug development.
- Materials Science: Uncover the thermal behavior of metals, ceramics, and innovative composites with unmatched accuracy.
- Environmental Analysis: Assess waste material composition and study pollutant degradation for sustainable solutions.
Available in: Singapore, Malaysia, Indonesia Thailand and Vietnam
Manufacturer’s website:
https://www.linseis.com/en/
Thermogravimetric Analyzer Products
The LINSEIS TGA L83 is a high-performance thermogravimetric analyzer featuring a unique top-loading design that combines exceptional sensitivity with a robust vacuum-tight construction. This versatile system is engineered to provide precise mass change measurements across a vast temperature range, making it the ideal solution for demanding research in polymer stability, pharmaceutical analysis, and materials science.
The LINSEIS TGA L81 is a high-performance, vacuum-tight thermogravimetric analyzer specifically designed for the most demanding high-temperature applications in materials science and metallurgy. This modular system utilizes a unique top-loading design and highly sensitive microbalances to provide unmatched stability and precision in measuring mass changes at temperatures reaching up to 2400°C.