Molecular sieves are incredibly common in many industries. They come in many forms, and they are used for various functions. However, the most crucial role they have is refining liquid and gases across the production process.
If you are also thinking of including molecular sieves in your production process, you are in the right place. Here is everything you need to know about our 13X APG molecular sieves. It will help you make an informed decision.
13X APG Molecular Sieves: The Basics
Before we move onto the applications of this material, you need to know what it is. In short, the 13 X APG molecular sieves are a sodium form of type X crystal. However, it has a larger pore opening than the type X crystal.
Such molecular sieves adsorb molecules and have an excellent mass transfer rate. 13X APG has the highest capacity among the other common adsorbents present out there. It will quickly eliminate any impurities that are too large to fit in a type A crystal.
The most common use of this sieve is to separate nitrogen from oxygen in no time. That is why many gas and liquid industries use these sieves for the separation process.
Applications Of the 13X APG Molecular Sieves
These molecular sieves are used for various things. Here are the top uses of it across many industries:
- Removal Of H2O
The primary use of the 13X APG molecular sieves is to remove H2O from the air to apply air cryo-separation. That is because the sieve offers fast adsorption and has a large capacity. That is why it is ideal for removing H2O and CO2to prevent bed gelation.
The molecular sieves are suitable for any cryo-separation plants of various sizes and performance worldwide. Anyone with such an industrial plant can make use of these molecular sieves in no time.
- Medical Uses
13X APG molecular sieves are widely used in the medical industries. That is because they act as catalyst carriers and compressors. That is why it is one of the most commonly used ingredients in the medical industry.
Pharmaceutical or medical companies need compressors and catalyst carriers to make use of these molecular sieves.
- Adsorb Molecules With Large Critical Diameters
The best application of the molecular sieves is that they can efficiently adsorb molecules with large critical diameters. These include molecules such as branched-chain hydrocarbons and aromatics. Any industry that needs this application can make use of the 13X APG molecular sieves.
In the long run, it will reduce their operational cost and optimize the production process. After all, that is why many industries regularly make use of it.
Final Words
13X APG molecular sieves are widely present everywhere. That is why you can make use of them and benefit from their applications in no time. It can remove large impurities and easily remove H2O, CO2, and separate nitrogen from oxygen.
If you require any of these applications, make use of our 13X APG molecular sieves now. You will not be disappointed.
