Adsorption instrument TP5080 is a new type of dynamic adsorption analyzer. It is widely used in catalysts characterization on their structures and properties. Using the temperature programmed methods (TPR, TPD, TPO, TPSR, etc.), the redox and acid-base nature, probe molecule adsorption properties and surface structures can be obtained. The instrument has extended applications in the nature analysis of minerals and soils, hydrogen/oxygen storage measurement and selective adsorbent adsorption. The main sampling methods include continuous flow and pulse injection ways. And besides, micro flow way can be especially performed on it.
Fully automated analysis sequences are programmed using its special software for this instrument. The measured data are recorded on real time, and of course conveniently exposed to other professional data software (eg, Excel and origin) for further data processing. Due to its great functionality, the instrument can be used in many fields including petroleum industry, chemical industry, energy, environment, food and medical health. Moreover, the simple instrument structure and line connection is convenient for the further coupled performances with other instruments such as chromatograph, mass analyzer and spectrometers.
The company adheres to the customers firstly as the supreme company philosophy, and it will offer a variety of optional accessories, and provide three years of high-quantity services for your scientific research and work.
Both Suitable for bulk and particle samples,
Mixing gas on line, or using cylinder gas,
Optionally connected with chromatograph, mass analyzer, or with vacuum system,
Chromatograph and mass results are also gained simultaneously for one time,
Fully automated operation: only clicking the mouse is needed after sample packing,
Volume miniaturization: 20 cm*40 cm*65 cm,
About 1/3 of the exhausted gas and electric in contrast to other similar instruments.
Sample volume: 0~1 ml,
Temperature ramping rate: 0.5~90 oC/min,
Temperature program with individual PID control with the precision of ±0.2% FS,
The time needed for stable state: 20 min.