Molecular Sieves

  • Carbon Molecular Sieves

    Carbon Molecular Sieves

    Bulk Density (g/l) : 600 – 680

    Grain Diameter (mm) : 1.3 to 1.5 mm (Ave 1.4 mm)

    Shape : Cylindrical Pellets

    Switch Cycle : 60s x 2

    Pressure : 0.64 MPaG

  • PSA O2 Molecular Sieves 13 X HP (For Oxygen Generation)

    PSA O2 Molecular Sieves 13 X HP (For Oxygen Generation)

    Shape : Spherical Beads

    Particle Size (mm) : 1.6 x 2.6

    Density (kg/m3) : 600 - 650

    Crush Strength (N) : 23 - 27

    Water Content as shipped (wt.%) : <1.0

  • Molecular Sieves Type 3A

    Molecular Sieves Type 3A

    Noble Molecular Sieves Type 3A is synthetic crystalline Molecular Sieves having three-dimensional potassium alumino-silicate frameworks with interconnected cavities. Access to these cavities is through pores of uniform diameter of 3Ao

  • Molecular Sieves Type 4A

    Molecular Sieves Type 4A

    Noble Molecular Sieves Type 4A is synthetic crystalline Molecular Sieves having four-dimensional potassium alumino-silicate frameworks with interconnected cavities. Access to these cavities is through pores of uniform diameter of 4Ao

  • Molecular Sieves Type 5A

    Molecular Sieves Type 5A

    Noble Molecular Sieves Type 5A is synthetic crystalline Molecular Sieves having five- dimensional potassium alumino-silicate frameworks with interconnected cavities. Access to these cavities is through pores of uniform diameter of 5Ao

  • Molecular Sieves Type 13X

    Molecular Sieves Type 13X

    Noble Molecular Sieves Type 13X, the sodium form of the Type X crystal structure is an Alkali metal alumino-silicate. Type 13X will adsorb molecules with critical diameter up to 10 angstroms.

     

    Noble Molecular Sieves Type 13X

  • Molecular Sieves Powder

    Molecular Sieves Powder

    In some of the drug synthesis or other esterification reactions, Noble Molecular Sieves Powder is incorporated to adsorb water in the reaction to avoid the reversible reaction and maximize the product yield.  At the end of reaction Molecular