CIQTEK EASY-V 3220 & 3210 are the BET-specific surface area and pore size analysis instruments, using the static volumetric method.

▪  Specific surface area testing, range 0.0005 (m2/g) and above.

▪  Pore size analysis: 0.35 nm-2 nm (micropore), micropore size distribution analysis; 2 nm-500 nm (mesopore or macropore).

▪  Two analysis stations. EASY-V 3220: simultaneous testing of 2 samples; EASY-V 3210: alternate testing of 2 samples.

▪  Equipped with the molecular pump.

EASY-V 1220 is the BET specific surface area and pore size analysis instrument developed independently by CIQTEK, using the static volumetric method.

▪  Specific surface area testing, range 0.0005 (m2/g) and above.

▪  Pore size analysis: 2 nm-500 nm.

▪  Two analysis stations, simultaneous testing of 2 samples.

▪  Equipped with the two-stage vacuum pump.

EASY-G 1310M is a high-precision gas pycnometer independently developed by CIQTEK, which adopts the gas displacement method.

It is favored by users for its high integration, compact size, lightweight, and high-cost performance due to the multi-sample container design. Several breakthrough technologies bring high precision and repeatable results of testing.

CIQTEK EASY-G 1310M can quickly and accurately measure the true density and porosity of various materials such as powders, bulk solids, and foams, with high test efficiency, which can be widely used in industrial production lines for rapid product quality testing.

EASY-H 1210 and EASY-H 1420 high-pressure and high-temperature gas adsorption analyzers are high-performance adsorption and desorption isotherms testing instruments independently developed by CIQTEK, which adopts the static volumetric method. 

The range of isothermal temperatures and pressures can be tested to meet the needs of many research fields. The product has a high-temperature and high-pressure adsorption testing function and a unique PCT isotherm and hydrogen absorption and desorption pressure platform, which can be widely used in rare earth alloy material hydrogen storage industry, shale gas, and coalbed methane adsorption research, petroleum exploration and gas separation and other fields; it is also important for understanding the adsorption performance of some adsorption materials such as catalysts, molecular sieves, and activated carbon, the research of fuel cells, carbon nanotubes, and graphene.