High-Strength Spherical Molecular Sieve
Optimize your oxygen production with superior adsorption and separation efficiency.
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Spherical Molecular Sieve
This advanced X-type molecular sieve, featuring a high Lithium ion exchange rate, is engineered for exceptional performance in oxygen production through Pressure Swing Adsorption (PSA) technology. Its robust physical properties and superior adsorption capabilities significantly reduce operational costs and enhance the economic efficiency of oxygen generation devices.
- Leverage its high nitrogen adsorption capacity and excellent nitrogen-oxygen separation coefficient for significantly reduced energy consumption in oxygen production.
- Benefit from its enhanced wear resistance, larger bulk density, higher heat capacity, and greater thermal conductivity for extended service life and reliable operation.
- Achieve optimal oxygen purity with this specialized adsorbent, crucial for various medical and industrial applications.
- Explore the advantages of its specific particle sizes (0.4-0.8mm, 0.8-1.3mm, 1.3-1.7mm, 1.7-2.5mm) tailored for efficient PSA oxygen generation.
Product Advantages
Enhanced Efficiency
This molecular sieve offers a nitrogen adsorption capacity and nitrogen-oxygen separation coefficient that is 2-3 times that of ordinary A-type molecular sieves, leading to a significant reduction in energy consumption for oxygen production.
Cost Reduction
By improving operational efficiency and service life, the use of this high-strength spherical molecular sieve directly contributes to lower operating costs for oxygen generation devices.
Durability and Performance
Its excellent wear resistance and higher thermal conductivity ensure sustained performance and a longer service life, making it a reliable choice for demanding applications.
Key Applications
Oxygen Production
A primary application for this molecular sieve is in the production of high-purity oxygen using pressure swing adsorption (PSA) technology, vital for medical and industrial uses.
Air Purification
The sieve's adsorbent properties make it effective for purifying air by removing moisture and other contaminants.
Dehydration
It serves as an efficient desiccant, removing water from various gas streams as part of air purification processes.
Gas Separation
The distinct adsorption capabilities allow for the separation of gases, particularly nitrogen from air, to achieve concentrated oxygen streams.