LINSEIS TGA L81 HIGH TEMPERATURE THERMOGRAVIMETRIC ANALYZER
The Industry Standard for Extreme Thermal Analysis and Material Research
The Linseis TGA L81 is a high-performance, modular thermogravimetric analyzer specifically engineered to meet the most demanding requirements of high-temperature material science. Designed for researchers who require precision at extreme thermal levels, the L81 TGA provides unmatched stability and accuracy in measuring mass changes across a vast temperature spectrum.
Built with a unique vacuum-tight, top-loading design, the Linseis TGA L81 protects sensitive weighing components while offering the flexibility needed for complex atmospheres. Whether you are studying advanced ceramics, metallurgy, or specialized composites, the L81 delivers the data integrity required for groundbreaking research.
Built with a unique vacuum-tight, top-loading design, the Linseis TGA L81 protects sensitive weighing components while offering the flexibility needed for complex atmospheres. Whether you are studying advanced ceramics, metallurgy, or specialized composites, the L81 delivers the data integrity required for groundbreaking research.
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Key Features & Advanced Capabilities
The TGA L81 stands out due to its modularity and its ability to handle environments that standard TGA instruments cannot:
- Ultra-High Temperature Range: Capable of performing precise measurements from -150°C up to 2400°C, making it one of the most versatile high-temperature TGA systems available.
- Superior Top-Loading Architecture: The vertical furnace arrangement ensures a natural flow of gases and protects the microbalance from contamination and heat radiation, ensuring long-term reliability.
- High-Sensitivity Microbalances: Available with various balance models offering resolutions down to 0.1 µg, allowing for the detection of even the most minute mass transitions in large or small samples.
- Atmospheric & Vacuum Control: The system is fully vacuum-tight (up to 10-5 mbar) and supports diverse environments, including inert, oxidizing, and reducing atmospheres.
- Modular Furnace System: Easily exchangeable furnaces allow the system to be tailored to specific research needs, from sub-zero cooling to ultra-high temperature heating.
Ideal for Demanding Applications
The Linseis TGA L81 is the preferred choice for industrial and academic research involving:
- Ceramics & Refractories: Study sintering processes, binder burnout, and thermal stability at extreme temperatures.
- Metallurgy: Analyze oxidation, reduction, and phase transitions in metals and alloys.
- Carbon & Graphite Research: Investigate decomposition and gasification behavior in controlled atmospheres.
- Space & Aerospace Materials: Test the thermal endurance of innovative materials designed for extreme environments.
Comprehensive Evolved Gas Analysis (EGA)
The TGA L81 is designed for seamless integration with Mass Spectrometry (QMS) and FTIR Spectroscopy. This allows for the simultaneous identification of evolved gases during the heating process, providing a complete picture of chemical reactions and decomposition pathways.
Your Trusted Partner: LMS Scientific Solution
At LMS Scientific Solution Sdn Bhd, we provide comprehensive support for the Linseis TGA L81 across Malaysia. Our team offers expert technical consultation, professional installation, and dedicated after-sales service to ensure your laboratory achieves peak performance.
SPECIFICATIONS
BROCHURE
SPECIFICATIONS
| Temperature Range | -150°C to 2400°C (depending on furnace) |
| Balance Resolution | 0.1 µg / 0.5 µg (model dependent) |
| Max. Sample Load | Up to 5g / 25g (model dependent) |
| Heating Rates | 0.01 to 100 K/min (Depend on furnace) |
| Vacuum Tightness | Up to 10-5 mbar (depends on vacuum pump) |
| Evolved Gas Analysis | Optional coupling with MS (QMS) or FTIR |
BROCHURE
| LINSEIS TGA L81 Product Brochure |
THERMOGRAVIMETRIC ANALYZER
THERMOGRAVIMETRIC ANALYZER
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