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Innovative Technology, Versatile Modularity and Swiss QualityAward winning sensor technology, flexibility, upgradeability and high precision guarantee unmatched performance from an instrument that can grow... |
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Differential Scanning Calorimetry (DSC) | Chip Calorimetry (Flash DSC) | High Pressure Differential Scanning Calorimetry | Thermogravimetric Analysis (TGA) |
DSC measures the enthalpies associated with transitions and chemical reactions and determines the temperature at which these processes occur. | Flash DSC is the ideal addition to conventional DSC for characterizing modern materials. | DSC measures the enthalpies associated with transitions and reactions and the temperature at which these processes occur. | Achieve trustworthy results such as composition, content, residue and stability with a Thermogravimetric Analyzer from the balance technology leader. |
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Simultaneous Thermal Analysis (TGA/DSC) | Thermomechanical Analysis (TMA) | Dynamic Mechanical Analyzer (DMA) | Hot stage microscopy systems |
Weight change and heatflow measured under perfect identical test conditions with a TGA/DSC deliver more information about composition, phase transitions and chemical reactions. | Thermal expansion coefficients are determined accurately and precisely by Thermomechanical Analyzers with nanometer resolution from -150 to 1600 °C. | Determine the force and displacement amplitudes as well as phase shifts with the dynamic mechanical analyzer. | Excellence hot stage systems offer the possibility to conduct polymorphism and solvate studies, characterize liquid crystal compounds and study crystallization and melting of polymers. |
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STARe Excellence Thermal Analysis Software | Thermal Analysis Crucibles | Thermal Analysis Options | Moisture Analyzer |
Software flexibility and functionality is of vital importance in a modern thermal analysis system and is the key to maximizing productivity. | Highest quality crucibles for Thermal Analysis that help to extend the application range. | The wide range of accessories and options, such as DMA and TMA measuring systems, various cooling devices or automatic sample changing systems open up new opportunities and expand your thermal analysi... | The METTLER TOLEDO family of moisture analyzers provides fast, precise and reliable moisture determination. |
DSC measures the enthalpies associated with transitions and chemical reactions and determines the temperature at which these processes occur.
Flash DSC is the ideal addition to conventional DSC for characterizing modern materials.
DSC measures the enthalpies associated with transitions and reactions and the temperature at which these processes occur.
Achieve trustworthy results such as composition, content, residue and stability with a Thermogravimetric Analyzer from the balance technology leader.
Weight change and heatflow measured under perfect identical test conditions with a TGA/DSC deliver more information about composition, phase transitions and chemical reactions.
Thermal expansion coefficients are determined accurately and precisely by Thermomechanical Analyzers with nanometer resolution from -150 to 1600 °C.
Determine the force and displacement amplitudes as well as phase shifts with the dynamic mechanical analyzer.
Excellence hot stage systems offer the possibility to conduct polymorphism and solvate studies, characterize liquid crystal compounds and study crystallization and melting of polymers.
Software flexibility and functionality is of vital importance in a modern thermal analysis system and is the key to maximizing productivity.
Highest quality crucibles for Thermal Analysis that help to extend the application range.
The wide range of accessories and options, such as DMA and TMA measuring systems, various cooling devices or automatic sample changing systems open up new opportunities and expand your thermal analysi...
The METTLER TOLEDO family of moisture analyzers provides fast, precise and reliable moisture determination.
Services
Tailored to Fit your Equipment
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We support and service your measurement equipment through its entire lifecycle, from installation to preventive maintenance and calibration to equipment repair.
Publications
Good Thermal Analysis Practice™
Reduces the risks associated with thermal analysis and facilitates
Good Thermal Analysis Practice™ (GTAP™)
Good Thermal Analysis Practice™ is an easy to follow guideline for handling Thermal Analysis instrumentation in a quality management system. With GTAP™, you can minimize measurement errors and achieve easy compliance with little effort
GTAP™ reduces the risks associated with thermal analysis and facilitates
- Accuracy and precision of results
- Increased productivity and reduced costs
- Compliance with regulations
Uncertainty is all around us. Keeping your instruments under control is a challenge and can be costly if handled improperly. See how GTAP™ minimizes risks and assures consistent good quality of your thermal analyses.
With GTAP™, you receive a recommendation tailored to your quality requirements, your risk and your industry’s regulations. Your employees will immediately benefit from simplified quality assurance and can save time and costs. In addition, your auditors will receive traceable quality measures and secure documentation.
Overview
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