{ High purity molecular sieve }

  • At a Glance Shanli Molecular Sieve Model Selection Guide

    In PSA nitrogen generation, oxygen production, and air drying, the right molecular sieve ensures gas purity, energy efficiency, longevity, and stability. Shanli offers carbon molecular sieves for nitrogen, oxygen, methane, noble gas enrichment, and general adsorption. This selection table helps you quickly find the right Shanli model. For detailed specs or custom solutions, contact us.

     

    1.Core Product Categories 

    Based on application and adsorption principle, Shanli molecular sieves fall into three main categories:

    Nitrogen-Generation Molecular Sieves,for nitrogen enrichment and separation  

    Oxygen-Generation & Methane-Purification Sieves,for efficient gas enrichment  

    Multifunctional Adsorbents (3A, 4A, 5A),selectively adsorb water, CO₂, and other impurities based on pore size, ideal for gas drying and purification

     

    2.Model Selection Table

     Selection logic: Define application & gas requirement → verify purity & output performance → match physical parameters & system scale. The table below provides a quick selection guide. For detailed parameter interpretation or custom matching, please contact us.

      

     
     

    Model

    Type

    Key Performance

    (N₂ efficiency at 0.7MPa)

    characteristic

    Typical Applications

    SLCMS-UEP

    N₂-dedicated CMS

    • 99.99% → 175 Nm³/h·t
    • 99.9% → 250 Nm³/h·t
    • 99.5% → 340 Nm³/h·t

    Ultra-high purity N₂

    electronics, pharmaceutical packaging, chemical blanketing.

    Suitable for PSA systems requiring stable 99.999% N₂.

    SLUHP-100

    N₂-dedicated CMS

    • 99.99% → 148 Nm³/h·t
    • 99.9% → 210 Nm³/h·t
    • 99.5% → 310 Nm³/h·t

    Ultra-high purity N₂ with energy saving

    selectronics manufacturing, pharma production

    SLCMS-HP1

    N₂-dedicated CMS

    • 99.99% → 125 Nm³/h·t
    • 99.9% → 185 Nm³/h·t
    • 99.5% → 275 Nm³/h·t

    High N₂ recovery

    food packaging, coal mine fire prevention, chemical blanketing. Reduces compressed air consumption

    SLCMS-G1.3

    N₂-dedicated CMS

    • 99.99% → 120 Nm³/h·t
    • 99.9% → 175 Nm³/h·t
    • 99.5% → 265 Nm³/h·t

    High mechanical strength or large medium/low-purity N₂ demand

    mine fire prevention, oil tank blanketing, grain storage, ship inerting.

    Coarse particles reduce pressure loss

     

     

    Model

    Type

    Key Performance

    Typical Applications

    SLCMS-OG

    Oxygen enrichment adsorbent

    High O₂ concentration & recovery; up to 99.5%

    PSA oxygen generation, e.g., medical oxygen, plateau oxygen supply, oxygen-enriched combustion.

    SLCMS-CBG

    Methane purification CMS

    Adsorbs N₂, CO₂, etc. from methane to increase purity & recovery

    Coalbed methane / biogas / natural gas purification to improve heating value and pipeline gas standards.

    3A

    General adsorbent

    Selectively adsorbs water; excludes molecules >0.3nm (e.g., ethylene, propane)

    Desiccant for insulating glass, drying unsaturated hydrocarbon streams (e.g., cracked gas).

    4A

    General adsorbent

    Adsorbs water, methanol, ethanol, etc.; excludes branched alkanes

    Deep drying of air, natural gas, refrigerants; static dehydration.

    5A

    General adsorbent

    Separates normal from iso-alkanes; adsorbs straight-chain molecules <C5

    Pre-treatment for high-purity N₂ by PSA; separation of CO₂, H₂ from industrial gases.