Pressure balanceAdopting a unique adsorption equilibrium pressure intelligent judgment and control method, the testing efficiency is much higher than the fixed-point method while ensuring sufficient adsorption equilibrium.
The software has an independent interface to display the adsorption equilibrium process of each sample in real time, which can understand the adsorption characteristics of the sample in real time, help analyze abnormal phenomena such as gas leakage and unclean pretreatment during the sample adsorption process, and monitor the operation status of the instrument during the experimental process.

adsorption isothermThe software has an independent interface to display the adsorption isotherms of each sample in real-time, allowing for real-time viewing of experimental progress and adsorption results, helping to determine whether there are any experimental abnormalities such as gas leakage or changes in cold free space.

manual controlDifferent from other manual valve controls, Sync software provides a series of combined automatic control processes, making it convenient for users to perform various manual operations and greatly reducing the probability of manual operation failures.
During the testing process, users can visually observe the pressure changes and valve status of various parts inside the instrument, which facilitates their understanding of the testing process and facilitates remote diagnosis and maintenance by engineers.
After a long experiment, the software provides an automatic process for adding liquid nitrogen. Users can safely add liquid nitrogen according to prompts, and the testing process will automatically pause and resume without human judgment, with a high degree of automation.

Real time recording and storage of instrument control processThe Message window can switch display and record real-time instrument experimental control process and software manual operation information, making it convenient for engineers to analyze and remotely diagnose abnormal data.

Data analysisA complete physical adsorption calculation model for flexible selection, including:

-Isothermal adsorption desorption curve;
-BET specific surface area (single point, multi-point);
-Langmuir surface area;
-Surface Area (STSA);
-BJH aperture analysis;
-T-plot analysis;


-DR, DA, MP methods;
-HK aperture analysis;
-SF aperture analysis;
-NLDFT aperture distribution;
-*What is the pore size, average pore size, and total pore volume;
-Adsorption curve, adsorption heat calculation, etc;