Molecular Sieve 4A used to purify and separate liquids and gases (Business Opportunities - Other Business Ads)
INNetAds > Business Opportunities > Other Business Ads
Item ID 2941885 in Category: Business Opportunities - Other Business Ads
Molecular Sieve 4A used to purify and separate liquids and gases | |
Molecular sieve adsorbents are synthetic zeolites that have many tiny pores of the same size. They can adsorb molecules to an extent of 20 to 25% of their mass. Molecular sieve adsorbents are useful because they can hold a lot of molecules, choose the ones they want, last long, and can be reused. Mainly made up of 3-D structures of Alumina oxide and Silicon Dioxide, molecular sieves can be used for removing contaminants, moisture, air, or unsuitable molecules from different substances. Meet Molecular Sieve 4A, a sodium form of zeolite A, having a pore size of 4 angstroms. Therefore, it can adsorb water and other molecules equal to or smaller than 4 angstroms, like oxygen, nitrogen, and carbon dioxide, and suck moisture out of air, solvents, and pharmaceuticals products. Molecular sieve 4A can also be used to purify and separate liquids and gases, such as argon, krypton, xenon, hydrogen, and oxygen. If you want to regenerate Molecular Sieve 4A, heat it to temperatures between 250f to 450f For more information contact us +91 9879203377, Email us - molecularsievedesiccants@gmail.com Website - https://www.molecularsievedesiccants.com/blogs/molecular-sieve-adsorbents-what-they-are-and-how-they-work  | |
| Related Link: Click here to visit item owner's website (0 hit) | |
| Target State: All States Target City : All Cities Last Update : 15 July 2024 4:20 PM Number of Views: 43 | Item Owner : Molecular Sieve Desiccants Contact Email: Contact Phone: 9879203377 |
| Friendly reminder: Click here to read some tips. | |
INNetAds > Business Opportunities > Other Business Ads
© 2024 INNetAds.com
USNetAds.com | GetJob.us | CANetAds.com | UKAdsList.com | AUNetAds.com | CNNetAds.com | Hot-Web-Ads.com | USAOnlineClassifieds.com
2024-11-01 (0.385 sec)