molecular sieves

2026 Complete Guide to Molecular Sieves: Types, Uses & Sourcing Tips

This 2026 comprehensive guide for molecular sieves breaks down core working principles, common industrial applications, proper regeneration protocols, and data-backed selection criteria for plant engineers, procurement teams and end users. Backed by on-site production data from Fulong New Material at en.mol-sieve.com, it helps readers extend product service life by 30% on average and avoid common operational missteps.

What are the roles of molecular sieves in insulating glass?

How to understand the professional adsorbent molecular sieve?

Preparation of Molecular Sieve

Development Status of Molecular Sieve

At present, the most important process in the field of refining and chemical industry is catalytic cracking, and the catalysts used are all molecular sieves. For a long time, the research in this field abroad has led to several revolutions in the world's refining industry.

Checkpoints and "Molecular Sieve" Let Protein Molecules Go the Right Way

In order to improve the efficiency of information processing, our nerve cells feel the information, the command information is separated. This requires the protein molecules that "run errands" for information to find their correct parts. In the past, it was generally believed that it was because the protein molecules related to signal processing were "smart" and would automatically find the "direction". However, Shanghai scientists recently discovered that our neuron cells have set up a clever "checkpoint"-molecular sieve. This flexible net can identify the "identity" of the molecule, so that the protein molecules can go the right way, enter the opposite door, and do the right thing. Today's "Cell" magazine published this breakthrough discovery made by researchers Pu Muming and Duan Shumin from the Institute of Neuroscience, Shanghai Academy of Health Sciences, Chinese Academy of Sciences, and their student Song Yanhong.