News&Events

The Shanghai Air Compressor Expo has been a dynamic and vibrant success, and our booth was at the heart of this energy! It was fantastic to see so many industry peers and valued clients stop by, all eager to learn about our carbon molecular sieves and how they drive efficiency in air separation sys...

In the ongoing tide of globalization, stepping onto the international stage and embracing the world has become a crucial pathway for companies to expand their markets and enhance their influence. Carrying sincere intentions and innovative achievements, our company traveled to Hannover, Germany in Ma...

The core working principle of oxygen-generating molecular sieves is based on the Pressure Swing Adsorption (PSA) technology. It leverages the molecular sieve's high selective adsorption property for nitrogen gas. Through a cyclic process of pressurized adsorption and depressurized desorption, the se...

Reasonably design the gas distributors for adsorption tower inlet and outlet to evenly distribute the gas, allowing compressed air to diffuse rapidly after entering the adsorption tower. This reduces the gas flow velocity and minimizes the impact on the carbon molecular sieve. If the gas distributio...

I. ComVac ASIA 2024: A Grand Feast of Compressed Air Technology, Shanli's Debut Draws Attention In November 2024, the ComVac ASIA industrial event grandly opened, gathering over 300 top domestic and foreign enterprises to showcase the latest achievements in compressed air and vacuum technology. The...

Carbon molecular sieve pressure swing adsorption nitrogen production is based on van der Waals force to separate oxygen and nitrogen. The dynamic diameter of oxygen molecule is 0.346nm, and the dynamic diameter of nitrogen molecule is 0.364nm. Between the molecular and nitrogen molecular diameters,...