Themys H2
The Themys H2 is an advanced thermal analysis under hydrogen atmosphere with high pressure TGA and evolved gas analysis capabilities.
Product Overview
The Themys H2 thermal analysis platform by SETARAM Solutions is designed for high precision materials characterisation under hydrogen atmospheres. Equipped with a high temperature furnace and advanced safety systems for hydrogen, it supports high pressure TGA and evolved gas analysis.
This versatile platform is ideal for reduction of oxides, hydrogen storage materials testing, and metal injection molding simulation. The ultra-high temperature capability and symmetrical beam balance ensure precise thermogravimetric analysis, while external coupling with mass spectrometers enhances its analytical capabilities. Suitable for both research and industrial applications, the Themys H2 provides reliable and accurate results.
Features & Benefits
High Pressure TGA
Hydrogen Atmosphere Testing
Advanced Safety Systems
Key applications
- High Pressure TGA: Enables detailed thermogravimetric analysis under high pressure.
- Hydrogen Atmosphere Testing: Specialised for materials characterisation under hydrogen.
- High Temperature Furnace: Supports a wide range of temperatures for diverse studies.
- Advanced Safety Systems: Ensures safe operation with hydrogen.
- Evolved Gas Analysis (EGA): Analyzes gases evolved during thermal decomposition.
- Reduction of Oxides: Facilitates detailed reduction studies.
- Hydrogen Storage Materials Testing: Ideal for evaluating hydrogen storage capabilities.
- Metal Injection Molding Simulation: Supports simulation of metal injection molding processes.
- Ultra-High Temperature Capability: Extends the range of possible analyses.
- Symmetrical Beam Balance: Provides accurate mass variation measurements.
- External Coupling with Mass Spectrometers: Enhances analytical capabilities.
Themys H2 Product Video
About the Themys H2
The Themys H2 thermal analysis platform by SETARAM Solutions is a state-of-the-art instrument designed to address the growing need for precise materials characterisation under hydrogen atmospheres. In the evolving fields of materials science and engineering, understanding the behaviour of materials under hydrogen is critical for applications such as hydrogen storage, reduction of oxides, and advanced manufacturing processes like metal injection molding.
One of the key challenges in hydrogen atmosphere testing is ensuring safety while maintaining high accuracy in thermogravimetric analysis (TGA). The Themys H2 excels in this regard with its advanced safety systems specifically designed for hydrogen use, coupled with a high temperature furnace that supports a broad range of temperatures. This combination allows for comprehensive thermal analysis, enabling researchers to conduct high pressure TGA with confidence and precision.
The platform’s ability to perform evolved gas analysis (EGA) further enhances its utility, providing detailed insights into the gases evolved during thermal decomposition. This feature is particularly useful in studies involving the reduction of oxides and the evaluation of hydrogen storage materials. The symmetrical beam balance ensures precise mass variation measurements, which are crucial for accurate thermogravimetric analysis.
The modular design of the Themys H2 allows for external coupling with mass spectrometers, expanding its analytical capabilities and making it a versatile tool for a wide range of applications. Whether conducting pyrolysis studies, investigating gas-solid reactions, or performing high temperature differential scanning calorimetry (DSC), the Themys H2 delivers reliable and accurate results.
In addition to its technical capabilities, the Themys H2 is designed with user safety and ease of use in mind. The advanced safety systems ensure safe operation even under challenging conditions, while the intuitive interface simplifies the setup and execution of complex thermal analyses. This makes the Themys H2 an invaluable asset for both research and industrial laboratories, providing a robust solution for advanced thermal analysis under hydrogen atmospheres.
In summary, the Themys H2 thermal analysis platform by SETARAM Solutions is a high-performance, versatile, and reliable instrument that addresses the critical needs of modern materials characterisation. Its advanced features, coupled with its robust design and high accuracy, make it an essential tool for any laboratory engaged in thermal analysis under hydrogen atmospheres.
"The Themys H2 is a thermal analysis platform for safe hydrogen-atmosphere
experiments, offering TGA, DSC, DTA, and TMA up to 1750°C."
Product FAQ's
The Themys H2 can perform high pressure thermogravimetric analysis (TGA), evolved gas analysis (EGA), and high temperature differential scanning calorimetry (DSC).
The advanced safety systems ensure safe operation under hydrogen atmospheres, allowing researchers to conduct high pressure analyses with confidence.
Yes, the Themys H2 is capable of ultra-high temperature analysis, supporting a wide range of thermal studies.
The symmetrical beam balance provides accurate mass variation measurements, which are essential for precise thermogravimetric analysis and stoichiometry studies.
Yes, the Themys H2’s modular design and external coupling capability with mass spectrometers make it ideal for a variety of advanced research applications.
Applications
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