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Thermal analyzers: DSC, TGA, TMA, thermal conductivity analyzers
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Anisothermal stress relaxation tester for polymers - 20 °C ... +300 °C
Brabender® TSSR, or Temperature Scanning Stress Relaxation, meter is suitable for elastomers and polymers, which have to bear constant stress at consistently increasing temperatures. It is used to measure their thermo-mechanical properties.
Accurate information on the phase morphology...
Accurate information on the phase morphology...
Anisothermal stress relaxation tester for polymers - 20 °C ... +300 °C
Brabender® TSSR, or Temperature Scanning Stress Relaxation, meter is suitable for elastomers and polymers, which have to bear constant stress at consistently increasing temperatures. It is used to measure their thermo-mechanical properties.
Accurate information on the phase morphology...
Accurate information on the phase morphology...
Thermo-differential analyzer / thermogravimetric / simultaneous / mass flow control - 1 000 - 1500 °C, 0.01 - 150 °C/min | STA7000 Series
Newly developed simultaneous thermogravimetry and differential thermal analysis (TG/DTA, TGA/DTA) with high performances.
µg level weight changes can be detected and precisely measured with high sensitivity horizontal balance systems....
µg level weight changes can be detected and precisely measured with high sensitivity horizontal balance systems....
Thermo-differential analyzer / thermogravimetric / simultaneous / mass flow control - 1 000 - 1500 °C, 0.01 - 150 °C/min | STA7000 Series
Newly developed simultaneous thermogravimetry and differential thermal analysis (TG/DTA, TGA/DTA) with high performances.
µg level weight changes can be detected and precisely measured with high sensitivity horizontal balance systems....
µg level weight changes can be detected and precisely measured with high sensitivity horizontal balance systems....
Thermomechanical analyzer - -170 °C ... +1500 °C | TMA7000 Series
TMA7000 has super high sensitivity. It can measure a wide range of samples, including thin film and small samples, because the total measurement method has no shape restrictions.
Furthermore, the unit can be switched to push, penetration or tension mode by simply exchanging...
Furthermore, the unit can be switched to push, penetration or tension mode by simply exchanging...
Thermomechanical analyzer - -170 °C ... +1500 °C | TMA7000 Series
TMA7000 has super high sensitivity. It can measure a wide range of samples, including thin film and small samples, because the total measurement method has no shape restrictions.
Furthermore, the unit can be switched to push, penetration or tension mode by simply exchanging the probe. A full lineup of options, including an automatic cooling unit, ensures ease of use and highly accurate measurement.
Features
1. High Sensitivity
TMA7000 is equipped with newly developed “Z-stabilizer” signal optimization technology, which cuts noise levels to achieve highly sensitive measurements.
2. Under the High Temperature and High Humidity
Additional options allow measurement under high temperature and high humidity conditions.
Furthermore, it is extensible to swelling and vacuum measurements.
3. The Eco-Friendly Cooling Unit
The eco-friendly cooling unit cuts liquefied nitrogen consumption by approximately 40% (compared to previous models).
Electrical cooling units that do not use liquefied nitrogen can also be connected.
Furthermore, the unit can be switched to push, penetration or tension mode by simply exchanging the probe. A full lineup of options, including an automatic cooling unit, ensures ease of use and highly accurate measurement.
Features
1. High Sensitivity
TMA7000 is equipped with newly developed “Z-stabilizer” signal optimization technology, which cuts noise levels to achieve highly sensitive measurements.
2. Under the High Temperature and High Humidity
Additional options allow measurement under high temperature and high humidity conditions.
Furthermore, it is extensible to swelling and vacuum measurements.
3. The Eco-Friendly Cooling Unit
The eco-friendly cooling unit cuts liquefied nitrogen consumption by approximately 40% (compared to previous models).
Electrical cooling units that do not use liquefied nitrogen can also be connected.
Thermomechanical analyzer - 0.01 - 200 Hz | DMA7100
Viscoelasticity measurements transforms the samples by bending, tension, shearing etc.,...
Thermomechanical analyzer - 0.01 - 200 Hz | DMA7100
Viscoelasticity measurements transforms the samples by bending, tension, shearing etc., and find the elastic modulus and tan σ of the sample from the amount of deformation and response delay.
Local relaxation, etc., of polymeric materials, which cannot be grasped by typical thermal analysis methods, can be obtained at high sensitivities.
Local relaxation, etc., of polymeric materials, which cannot be grasped by typical thermal analysis methods, can be obtained at high sensitivities.
Thermogravimetric analyzer - Pyris 1 TGA
The Pyris 1 TGA manufactured by PerkinElmer is used in thermogravimetric analysis. These instruments provide answers...
Thermogravimetric analyzer - Pyris 1 TGA
The Pyris 1 TGA manufactured by PerkinElmer is used in thermogravimetric analysis. These instruments provide answers researchers need in complex industry challenges. This TGA, with its outstanding precision, incorporates the next step in thermogravimetric evolution through its simplified yet sturdy design. It is run by a cost-efficient automated system that is perfectly suited for R&D and demanding routine environments.
Thermogravimetric analyzer - TGA 4000
The TGA 4000 Thermogravimetric Analyzer delivers fast, accurate and precise results with less effort. The compact ceramic furnace provides the temperature control needed...
Thermogravimetric analyzer - TGA 4000
The TGA 4000 Thermogravimetric Analyzer delivers fast, accurate and precise results with less effort. The compact ceramic furnace provides the temperature control needed for accurate, precise results and the fast sample purge and cool down required for short cycle times.
For optimum application flexibility, the ceramic construction is inert and corrosion resistant, which imparts improved ruggedness and permits a wide range of reactive gases. A large isothermal zone keeps samples at a temperature equivalent to that of a furnace throughout a temperature program, and provides results even with larger samples up to 1,500mg in weight or 180μl in volume.
For optimum application flexibility, the ceramic construction is inert and corrosion resistant, which imparts improved ruggedness and permits a wide range of reactive gases. A large isothermal zone keeps samples at a temperature equivalent to that of a furnace throughout a temperature program, and provides results even with larger samples up to 1,500mg in weight or 180μl in volume.
Thermomechanical analyzer - TMA 4000
PerkinElmer TMA 4000 thermomechanical analyzer (TMA) has been especially designed to deliver superior performance in CTE (coefficient of thermal expansion) measurement in materials.
It has a robust and user-friendly...
It has a robust and user-friendly...
Thermomechanical analyzer - TMA 4000
PerkinElmer TMA 4000 thermomechanical analyzer (TMA) has been especially designed to deliver superior performance in CTE (coefficient of thermal expansion) measurement in materials.
It has a robust and user-friendly design which helps in precise measurement of CTE and of transitions. The design employs a combination of electronics and an innovative Archimedean float system for probe control.
Constantly decreasing budgets and rapid changes in material needs driven by RoHS and other regulations make it very important to ascertain how a material changes with temperature.
These days several industries need TMA test methods. The TMA 4000 is a perfect tool for this type of data collection. TMA 4000 offers a variety of probes such as compression, extension, flexure, expansion, and volumetric dilatometry. This enables collection of data in a range of forms.
It has a robust and user-friendly design which helps in precise measurement of CTE and of transitions. The design employs a combination of electronics and an innovative Archimedean float system for probe control.
Constantly decreasing budgets and rapid changes in material needs driven by RoHS and other regulations make it very important to ascertain how a material changes with temperature.
These days several industries need TMA test methods. The TMA 4000 is a perfect tool for this type of data collection. TMA 4000 offers a variety of probes such as compression, extension, flexure, expansion, and volumetric dilatometry. This enables collection of data in a range of forms.
DSC analyzer / thermal / TGA / simultaneous - STA 6000
The STA 6000 simultaneous thermal analyzer is a simple, vertical system intended for use in a range of routine and research applications. It features the most advanced technology...
DSC analyzer / thermal / TGA / simultaneous - STA 6000
The STA 6000 simultaneous thermal analyzer is a simple, vertical system intended for use in a range of routine and research applications. It features the most advanced technology...
DSC analyzer / thermal / TGA / simultaneous - STA 8000
The STA 8000 simultaneous thermal analyzer provides dependable reliability, productivity and performance. The STA 8000 has been designed with routine and research applications in mind....
DSC analyzer / thermal / TGA / simultaneous - STA 8000
The STA 8000 simultaneous thermal analyzer provides dependable reliability, productivity and performance. The STA 8000 has been designed with routine and research applications in mind....