Steam-1010 Static Steam Adsorber Introduction:
The Steam-1010 Static Vapor Sorption Analyzer is an instrument for the characterization of nanomaterial vapor adsorption experiments. It also has the ability to perform low temperature nitrogen adsorption experiments (BET, pore size analysis), with advanced technology, superior quality and more comprehensive. Theoretical model and excellent test accuracy to meet the needs of many aspects such as scientific research and academic discussion Features:
1, built-in thermostat, to ensure that there is no "condensation point" in the whole process, test and gas temperature constant temperature adjustable
2, configure low range sensor to meet steam and gas adsorption
Stress testing needs
3, a variety of analysis modes are optional, to achieve more application functions
4, the steam generator is external, easy to maintain
5, with two test positions, you can carry out water vapor adsorption experiments and low temperature nitrogen adsorption experiments Technical Parameters:
1. Analysis method: vacuum static capacity method
2. Scope of application: adsorption and desorption analysis of non-corrosive gases such as steam, alcohols, N 2 , Kr, CO, CO 2
3. Analysis range:
3.1, relative pressure: P / Po is 10 -8 ~ 1
3.2, aperture range: 0.35 ~ 500nm
3.3, specific surface: >0.0005m 2 /g, no upper limit
4. Number of analysis stations:
4.1, analysis station: 2, can carry out steam adsorption and common gas adsorption experiments, steam adsorption experiments equipped with independent constant temperature system
4.2, Po bit: 1
5, analysis accuracy: repeatability error <1%
6, Dewar volume: 4L
7. Steam adsorption temperature control:
7.1, gas path temperature control range: room temperature ~ 110 ° C
7.2, test temperature range: room temperature ~ 60 ° C
7.3, temperature control accuracy: 0.01 ° C
The Steam-1010 Static Vapor Gas Adsorption Analyzer is an instrument for the characterization of nanomaterial vapor adsorption experiments. It also has the ability to perform low temperature nitrogen adsorption experiments (BET, pore size analysis), with advanced technology, superior quality and more comprehensive. Theoretical model and excellent test accuracy, meeting the needs of many aspects such as scientific research and academic discussion
