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Thermal analyzers: DSC, TGA, TMA, thermal conductivity analyzers
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Thermogravimetric analyzer - 19/38 max 5g | TGA701
The TGA701 model is manufactured by LECO Corporation, and is a thermogravimetric analyzer that is utilized to determine material weight loss as a function of temperature in controlled environment. It is intended for reduction...
Thermogravimetric analyzer - 19/38 max 5g | TGA701
The TGA701 model is manufactured by LECO Corporation, and is a thermogravimetric analyzer that is utilized to determine material weight loss as a function of temperature in controlled environment. It is intended for reduction...
Laser flash apparatus for the determination of thermal diffusivity and conductivity - 0.1 - 2 000 W/mK, max. 500 °C | LFA 467 HyperFlash
The LFA 467 edition of quick, clear, cost-effective HyperFlash Light Flash Equipment in analysis of Thermal Diffusivity and Conductivity, and a vast temperature spectrum of -100°C to 500°C. All...
Laser flash apparatus for the determination of thermal diffusivity and conductivity - 0.1 - 2 000 W/mK, max. 500 °C | LFA 467 HyperFlash
The LFA 467 edition of quick, clear, cost-effective HyperFlash Light Flash Equipment in analysis of Thermal Diffusivity and Conductivity, and a vast temperature spectrum of -100°C to 500°C. All...
Thermo-differential analyzer / TMA / thermal / DSC - -150 ... +2 000 °C | DSC 404 F3 Pegasus®
The DSC 404 F3 Pegasus® is a flexible solution for all DSC and DTA applications in the departments of quality control and also product development. This device can be easily customized for...
Thermo-differential analyzer / TMA / thermal / DSC - -150 ... +2 000 °C | DSC 404 F3 Pegasus®
The DSC 404 F3 Pegasus® is a flexible solution for all DSC and DTA applications in the departments of quality control and also product development. This device can be easily customized for...
Thermal conductivity analyzer - TCT 426
The TCT 426 Thermal Conductivity Tester functions according to the hot-wire method, and is specifically designed to investigate refractory rocks. This apparatus can use measuring cross, parallel wire, and T(R) methods in...
Thermal conductivity analyzer - TCT 426
The TCT 426 Thermal Conductivity Tester functions according to the hot-wire method, and is specifically designed to investigate refractory rocks. This apparatus can use measuring cross, parallel wire, and T(R) methods in performing its task. This device is necessary for efficient energy use in industrial kiln engineering with refractories. Hot-wired method is used for direct identification of thermal conductivity, based on the amount of temperature increase of a linear heat source. The device's parallel-wire technique is when the thermal conductivity is based on the distance of a linear heat source. This device features a hot wire and thermocouple embedded between two test pieces that complete the actual test assembly. A time-dependent temperature increase after turning on the heating current is a measure of the thermal conductivity of the material being examined.
Thermal analyzer / TGA / DSC / thermo-differential - 25 - 1 600 °C | LABSYS evo
The TGA, DSC and DTA devices support temperature levels from ambient, up to an impressive 1600 degrees Celsius. In addition to being simple to use, because of the ergonomic design and the dedicated...
Thermal analyzer / TGA / DSC / thermo-differential - 25 - 1 600 °C | LABSYS evo
The TGA, DSC and DTA devices support temperature levels from ambient, up to an impressive 1600 degrees Celsius. In addition to being simple to use, because of the ergonomic design and the dedicated market leading software by Calisto which is simple to operate and user friendly, this item is also defined by a wide temperature range and high precision Cp measurement. The unique 3D multiple thermocouples design allows measuring large mass throughout the whole temperature range.
Next, the new top loading balance included in this item is known for the unmatched stability, as well as the reproducability and accuracy of this new balance. Note that the product offers unparalleled TGA data, so if you are looking for high performance, the investment is definitely worthwhile.
Next, the new top loading balance included in this item is known for the unmatched stability, as well as the reproducability and accuracy of this new balance. Note that the product offers unparalleled TGA data, so if you are looking for high performance, the investment is definitely worthwhile.
TMA analyzer / thermal / DSC / TGA - 25 - 2 400 °C | SETSYS Evolution
The Setsys Evolution is manufactured by Setaram, and is a modular DTA & DSC thermal analyzer, which has a symmetrical balance and has a flexible furnace configuration providing unique performance....
TMA analyzer / thermal / DSC / TGA - 25 - 2 400 °C | SETSYS Evolution
The Setsys Evolution is manufactured by Setaram, and is a modular DTA & DSC thermal analyzer, which has a symmetrical balance and has a flexible furnace configuration providing unique performance....
Thermal analyzer / TMA / DSC / thermo-differential - max. 2 000 °C, 220 - 550 µl | 96 Line
Various types of experiments call for various requirements. Good transition detection requires low sample mass, high sample mass is required to accurately determine heat capacity; analysis may need constant or variable temperature, the crucible may...
Thermal analyzer / TMA / DSC / thermo-differential - max. 2 000 °C, 220 - 550 µl | 96 Line
Various types of experiments call for various requirements. Good transition detection requires low sample mass, high sample mass is required to accurately determine heat capacity; analysis may need constant or variable temperature, the crucible may be used open or close. To satisfy diverse needs, two types of sensor have been developed. MHTC 96 hf-DSC is used to study structural transformations in metals and alloys, minerals, oxides. The device is used to formulate equilibrium diagram, study material reactivity at high temperatures and determine heat capacity Cp as per continuous or incremental method.
MHTC 96 drop finds application in isothermal mode especially used for drop calorimetry to determine specific heat of very different materials, the heat of solution of metals in metal baths (alloy formation), oxides in oxide baths (complex oxide formation), calculation of thermal balances, etc. The device in programmed mode serves as DSC mode for large samples.
MHTC 96 drop finds application in isothermal mode especially used for drop calorimetry to determine specific heat of very different materials, the heat of solution of metals in metal baths (alloy formation), oxides in oxide baths (complex oxide formation), calculation of thermal balances, etc. The device in programmed mode serves as DSC mode for large samples.
Thermogravimetric analyzer - 25 - 2 400 °C | SETSYS Evolution
The Setsys Evolution is a high-performance modular thermogravimetric analyzer that is ideal for use in TGA, TG-DSC, and TG-DTA operations....
Thermogravimetric analyzer - 25 - 2 400 °C | SETSYS Evolution
The Setsys Evolution is a high-performance modular thermogravimetric analyzer that is ideal for use in TGA, TG-DSC, and TG-DTA operations....
Thermogravimetric analyzer - max. 2 000 °C, 18 000 µl | 96 Line
Used together with the TGA 96 this weighing module produces a high level of performance. It can weigh samples of up to 100 g. It also measures both micro quantities of samples...
Thermogravimetric analyzer - max. 2 000 °C, 18 000 µl | 96 Line
Used together with the TGA 96 this weighing module produces a high level of performance. It can weigh samples of up to 100 g. It also measures both micro quantities of samples (a few milligrams) and large dense samples all the while maintaining the measurement resolution within a microgram of the mass analyzed. It is possible to perform several configurations when analyzing samples with the TGA 96. A sample can be suspended directly from the balance without being placed in a crucible. Or the sample can be placed in a crucible and directly suspended from the balance. A third option is for the sample to be placed in a TGA rod with built-in thermocouple to obtain measurement of its temperature.