CHINA XWJ-500B Thermomechanical Analyzer
SE
XWJ-500B
DINGSHENG XWJ-500B Thermomechanical AnalyzerSPEC
DINGSHENG XWJ-500B Thermomechanical AnalyzerDetails
DINGSHENG XWJ-500B Thermomechanical AnalyzerPacking list
- SKU
- NB045827
- Measurement form
- Compression, bending, stretching, penetration, expansion deformation
- Temperature range
- High temperature: room temperature~ + 500 ℃; low temperature: -60 ℃~ room temperature (optional)
- Measurement range
- 5mm
- Deformation measurement resolution
- 0.001Mm (Displacement Sensors)
- Heating rate
- 0.5 ℃/min, 1.2 ℃/min, 2 ℃/min, 5.0 ℃/min (can be set arbitrarily between 0.5-5 ℃/min)
- Cooling rate
- -0.5 ℃/min~ -2 ℃/min. (with refrigeration)
- Heating rate error
- ≤0.5℃/min
- Temperature measurement Accuracy
- ±0.5℃
- Temperature control Accuracy
- ±1℃
- load range
- 50g-3000g
- Required space
- front and rear 0.5m, left and right 1.0m
- display function
- Real-time display of temperature~ deformation and temperature~ time Linear dispersion
- computing function
- Automatic calculation of Tg, Tf and expansion coefficient
- Print function
- Printing test Linear dispersion and test report
- Instrument size
- 438mm×438mm×680mm
- Power
- 220V±10%, 50HZ, 800W
Introduction
The XWJ-500B thermomechanical analyzer has a wide measurement range, diverse measurement methods, powerful analysis functions, and accurate and reliable data. It is a very reliable analytical instrument suitable for product development. It is suitable for plastic production enterprises to conduct product quality analysis and adjust product formulas, etc. It can also be used by plastic formula R&D institutions to adjust formula analysis.
This instrument is an analytical instrument used to measure the glass transition temperature (Tg) and flow temperature (Tf) of polymers. This product heats the sample at a certain heating rate, causing the sample to deform as the temperature increases under a constant, small load, and measures the temperature-deformation curve of the sample. By analyzing the temperature-deformation curve of the sample, the sample is measured. Such glass transition temperature (Tg) and flow temperature (Tf). It has the advantages of high technical content, strong software functions, wide measurement range, accurate measurement, stable performance and easy operation.
fit standard
GB11998-89 "Method for determination of glass transition temperature of plastics - Thermomechanical analysis method"