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Thermogravimetric/Synchronous Differential Thermal Analyzer TGA/DSC 2
The core of TGA is the balance. Our TGA instrument uses the world's best Mettler Toledo micro and ultra micro balances. Using one of the three detacha
Product details
Thermogravimetric analysis (TGA) is a technique for measuring the weight changes of a sample during heating, cooling, or constant temperature processes. The heart of TGA is a balance, and the TGA/DSC 2 thermogravimetric/synchronous differential thermal analyzer uses the world's best balance - Mettler Toledo micro or ultra micro balance. The unparalleled built-in calibration weights ensure unparalleled accuracy in weighing results.
Synchronous DSC measures the difference in heat flux between a sample and a reference that varies with temperature or time. According to the different sensors configured, TGA/DSC 2 thermogravimetric/synchronous differential thermal analyzer is divided into standard type, professional type, and celebrity type.
* Superior horizontal furnace bodyDesign small airflow disturbances and thermal buoyancy to eliminate chimney effects, which is beneficial for stable and accurate measurement of weighing signals.
* Parallel guided balanceCan ensure that the position of the sample does not affect the measurement of weight. If the position of the sample changes during melting, the weight of the sample will be affected
There will be no change.
Synchronous DSC measures the difference in heat flux between a sample and a reference that varies with temperature or time. According to the different sensors configured, TGA/DSC 2 thermogravimetric/synchronous differential thermal analyzer is divided into standard type, professional type, and celebrity type.
**Technology
Characteristics and advantages of TGA/DSC 2 thermogravimetric/synchronous differential thermal analyzer:
| Mettler Toledo Ultra Micro Balance - Relying on Superior Balance Technology Suppliers The sensitivity of the balance can be selected as 0.1ug or 0.01ug |
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| Efficient Automation - Highly Reliable Automatic Sample Injector Provides High Sample Processing Efficiency |
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| Wide measurement range - both large and small sample sizes can be measured |
Large furnace body, small furnace body 1 gram or 5 gram range balance |
| Wide temperature range - Analyze the temperature of the sample from room temperature to 1600 ° C (room temperature -1100 ° C optional) |
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| DSC heat flux measurement method - used for simultaneous detection of thermal effects *TGA/DSC 2 standard type thermogravimetric/synchronous differential thermal analyzer: equipped with SDTA sensor, with a pair of thermocouples under a platinum disk to measure sample temperature. The heat flow signal is obtained by calculating the temperature difference. *TGA/DSC 2 professional thermogravimetric/synchronous differential thermal analyzer: equipped with DTA sensor, the tray is made of platinum, and two pairs of thermocouples measure the temperature of the sample and reference simultaneously, directly measuring to improve the signal-to-noise ratio of the sensor. The DSC signal is obtained from the temperature difference tested. *TGA/DSC 2-type thermogravimetric/synchronous differential thermal analyzer: equipped with DSC ceramic sensors, with 6 pairs of thermocouples directly located below the ceramic protective disk, to measure sample temperature and reference temperature. The design of the DSC sensor adopts Mettler Toledo's unique MultiSTAR amplification technology. Six pairs of thermocouples generated significant test signals, greatly improving the signal-to-noise ratio. |
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| Combined technology - using MS and FTIR for gas emission analysis *All TGA/DSC and TGA1 instruments can be used in conjunction with mass spectrometers or FTIR spectrometers online. Can be combined with MS or FTIR It can be used alone or in series with MS and FTIR. *Optional relative humidity control unit and humidifier can convert TGA/DSC (large furnace body) into adsorption within minutes Analyzer. The material can be tested under the set relative humidity and temperature conditions (up to 90 ° C). |
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| Modular Concept - Tailored Solutions for Current and Future Needs |
* Superior horizontal furnace bodyDesign small airflow disturbances and thermal buoyancy to eliminate chimney effects, which is beneficial for stable and accurate measurement of weighing signals.
* Parallel guided balanceCan ensure that the position of the sample does not affect the measurement of weight. If the position of the sample changes during melting, the weight of the sample will be affected
There will be no change.
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