The pore size of 3A molecular sieve is 3A. It does not adsorb any molecular
larger than 3A according to the industrial application specialties, we endue
our products with the characters of higher adsorption speed, stronger
crushing and anti-contam
Detailed introduction to Molecular Sieves:
The pore size of 3A molecular sieve is 3A. It does not adsorb any molecular
larger than 3A according to the industrial application specialties, we endue
our products with the characters of higher adsorption speed, stronger
crushing and anti-contaminative resistance, more cyclic times and longer
work-span. All these advantages have made it come to be the most essential
and necessary desiccant in the fields of the deep drying, refinery
polymerization for cracked gasses, ethylene, propylene and any other
non-acidic gasses of liquids in petroleum and chemical industrials.
Typical applications:
Dehydration of many kinds of liquids (say ethanol), air, refrigerant, natural
gas, methane, cracked gas, ethylene, propylene, butadiene.
The pore size for 4A can mainly used to adsorb water, methanol, ethanol,
sulfureted hydrogen, carbon oxide, ethylene, propylene, does not adsorb any
larger molecular than 4A, and often used as desiccant in industries.
Typical applications:
1) Deep drying of air, natural gas, alkane and refrigerant
2) Generation and purification of argon
3) Static dehydration of electronic element, pharmaceutical and unstable
material
4) Desiccant for paint, dope and foul
The pore size of 5A can absorb all kinds of molecuar smaller than this size. It
is mainly used in the normal and isomerous alkane; pressure swing
adsorption (PSA) for gases; co-adsorption of moisture and carbon dioxide.
Applications:
1) Pressure swing adsorption
2) Removal of water and carbon dioxide from air
The pore size for 13A is about 10A.it can adsorb any molecular smaller than
10A, mainly used as catalyze carrier, coadsorption of CO2 and H2O and H2S,
as desiccant for medical and air compressor systems, and can be adjusted to
fit other various applications.
Our insulating glass desiccant can deeply co-adsorb the resident moisture
and organics in insulating glass, keep the IG clear and transparent even at
very low temperature. More importantly, it can successfully avoid the
tremendous air pressure unbalancely placed on the glasses, which was
superposed by seasons of day-night temperature changing and the ensuing
air desorption and adsorption function of common IG desiccant. Thus it
resolves the problems of windows distortion caused by IG inflation and
shrink, expanded the life span of IG windows.
Packing:
Carton or iron drum