◆Molecular Sieve  ◆Activating Alumina

Molecular Sieve

Various series of specific molecular sieves have strong ability of selective absorption,high strength,and thermal stability which have been proved successful when used in chemical,petrochemical and natural gas processes.

Features & Application

Type Bulk density
(g/ml)
Water absorption
A(%)
Wear ability
W(%)
Application
3A 0.60~0.68 19~20 0.3~0.6 Drying agent for pyrolysis gas and
alkene
4A 0.60~0.65 20~21 0.3~0.6 Drying agent for natural gas and absorbent for paraffin separation
5A 0.60~0.65 20~21 0.3~0.5 Dehydration,desulfurization and purification of air,natural gas and
oil,in oxygen making and hydrogen making by PSA processes
5A-DW 0.45~0.50 21~22 0.3~0.6 Aviation kerosen dewaxing and paraffin separation
10X 0.50~0.60 23~24 0.3~0.6 High-pow absorbents for removal of H2O,H2S and CO2 in liquid and gas,
as well as for paraffin separation
13X 0.55~0.65 23~24 0.3~0.5 Dry and desulfurization and purification for oil and gas
13X-AS 0.55~0.65 23~24 0.3~0.5 Dry and decarbonation in air separation
Cu-13X 0.50~0.60 23~24 0.3~0.5 Absorbent for removal of thioalcohol in aviation kerosen and
the liquid hydrocarbon
      
 

Active Alumina

Activated alumina has large capacity of absorption,high surface area,high strength and thermal stability,which is widely used as an absorbent,desiccant and catalyst carrier in chemical,petrochemical,oil,gas and fertilizer industries.

Type and Application

Type Function Crystalline phase Application
KA401 Absorbent χ-ρ Dehydration for air、natural gas and pyrolysis
gas
KA402 Defluoridizer χ-ρ Elimination of fluorine in drinking water
KA403 Catalyst γ Catalyst and absorbent for hydrogen peroxide solution by anthraquinone process
KA404 Antichlor χ-ρ Elimination of chlorine in sticky resin
KA405 Catalyst carrier γ Carrier for various kinds of catalyst
KA406 Desiccant χ-ρ Dehydration and decarbonization in air separation and oxygen making

( Note: The right of modification over the relevant technical data is reserved without prior notice.)