Industrial Drying
Reliable Moisture Control for Industrial Processes
Moisture can impact product quality, equipment performance and the reliability of industrial processes. Zeochem molecular sieves provide effective, consistent water removal across a wide range of industrial drying applications.
With high water adsorption capacity, strong physical properties and dependable performance, our molecular sieves are used to protect equipment, maintain process conditions and help keep systems operating efficiently.
From compressed air and refrigeration systems to insulated glass and electrical equipment, Zeochem offers molecular sieve solutions designed for demanding industrial drying applications.
Applications
Find the Right Molecular Sieve for Your Drying Application
Every industrial drying application is different. The right molecular sieve depends on the process, temperature, pressure, moisture levels and what you need the system to achieve.
With decades of experience in molecular sieve technology and adsorption, Zeochem's technical team can help you select the right product for your application. We work with you to understand your process, drying needs and any challenges you may be experiencing before recommending a solution.
Whether you're designing a new system, selecting a molecular sieve or looking to improve an existing drying process, our team can help.
Talk to our team about your industrial drying application.
Related Products
Zeochem offers a wide range of molecular sieves for industrial drying.
13X
Type 13X offers enhanced adsorption properties and the ability to remove impurities too large to be adsorbed by the type A zeolites.
3A
3A is made by ion-exchanging the sodium in type 4A zeolite with potassium. The 3A molecular sieve will exclude most molecules except water, making it very selective.
5A
5A is the calcium-exchanged form of the type A zeolite molecular sieve and is primarily used for removing carbon dioxide, carbon monoxide, alcohols and other oxygenates, hydrogen sulfide, methyl and ethyl mercaptans, and others.