Vapor Adsorption Analyzer Static Vapor Gas Adsorption Analysis Instrument Product introduction
GA-1010 static vapor gas adsorption analyzer is a kind of instrument for vapor adsorption experiment characterization of nanomaterials, and has the ability of low temperature nitrogen adsorption experiment (BET, pore size analysis), with advanced technology, excellent quality, more comprehensive theoretical model and excellent test accuracy, to meet the needs of scientific research and academic discussion and other applications
Vapor Adsorption Analyzer Static Vapor Gas Adsorption Analysis Instrument Product advantage
1, built-in thermostat to ensure the whole process without “ Condensation point ” The test and gas path constant temperature can be adjusted
2, equipped with low range sensor to meet the needs of steam and gas adsorption pressure test
3, a variety of analysis modes can be selected to achieve more application functions
4, steam generator external, easy to maintain
5, with two test bits can be analyzed at the same time
Vapor Adsorption Analyzer Static Vapor Gas Adsorption Analysis Instrument
Analysis method: vacuum static capacity method
Scope of application: Adsorption and desorption analysis of steam, alcohol, N2, Kr, CO, CO2 and other non-corrosive gases
Analysis range: Relative pressure: P/Po is 10-8 ~ 1
Aperture range: 0.35 ~ 500nm
Specific surface: >0.0005m2/g, no upper limit
Analysis accuracy: repeatability error <1%
Vapor Adsorption Analyzer Static Vapor Gas Adsorption Analysis Instrument
Number of analysis stations: Analysis stations: 2, can carry out steam adsorption and commonly used gas adsorption experiments, steam adsorption experiments are equipped with independent constant temperature system
Po bit: 1
Dewar bottle volume: 4L
Steam adsorption temperature control: gas circuit temperature control range: room temperature ~ 110ºC
Test temperature control range: room temperature ~ 60ºC
Temperature control accuracy: 0.01ºCc
Steam generator: Steam source temperature can be selected from 40ºC to 110ºC, temperature control accuracy ±0.1ºC


