Hydrogen Molecular Sieves TRPH5
TRPH5 hydrogenmolecular sieve, a form of calcium silicate aluminate material, is specifically designed for PSA oxygen, PSA hydrogen generation, and PSA carbon monoxide production.
About Hydrogen Molecular Sieves TRPH5:
Hydrogen Molecular Sieves (TRPH5) is a form of calcium silicate aluminate Crystal Material, having developed three-dimensional pore structures, the crystal pore diameter being 0.5nm.
It's used specifically for PSA oxygen generation and PSA hydrogen generation.
Trusted global supplier
Hydrogen Molecular Sieves TRPH5
. To receive the current price, send us an inquiry
,
You can also buy bulk.
Technical Parameter
Hydrogen Molecular Sieves TRPH5:
Type Item Unit TRPH5TRPH5S
Diameter mm
Static H2O Absorption % >=25, RH75% & 25, 25
Package Moisture % <=1.5 - 575, 1hr
Trace Moisture % - <=1.0 550, KF
Crush
N Strength >=35 228 average 25 beads
Bulk density g/ml =0.73-0.78 Tapped
Particle Ratio % >=97 >=95 -
Loss on Attrition%=0.3=0.3-
Static N2 Adsorption, ml/g>=11>=2125, 760mmHg
Static CO Adsorption Ml/g >=28-25, 760mmHg
Applicaciones
Hydrogen Molecular Sieves TRPH5:
Hydrogen Molecular Sieves TRPH5 have the following characteristics: high adsorption capability, quick adsorption/desorption rate, mechanical strength. These properties are conducive for the long-term, stable operation of customers equipment and products.
Use Hydrogen Molecular Sieves TRPH5 for PSA oxygen generation and PSA hydrogen generation.
Packing & Shipping of
Hydrogen Molecular Sieves TRPH5:
25kg per carton lined with PE bags;
55 Gallon/sealed steel drum
Customers can request customized packaging.
Hydrogen Molecular Sieves TRPH5 Properties
|
Other Titles
|
N/A
|
|
N/A
|
Compound Formula
|
N/A
|
Molecular Weight
|
N/A
|
Appearance
|
NA
|
Melting Point
|
N/A
|
Boiling Point
|
N/A
|
Density
|
N/A
|
Solubility of H2O
|
N/A
|
Exact
|
N/A
|
Hydrogen Molecular Sieves TRPH5
Health & Safety Information
|
|
N/A
|
Hazard Statements
|
N/A
|
Hazard Codes
|
N/A
|
Risk Codes
|
N/A
|
Safety statements
|
N/A
|
Transport Information
|
|
Inquiry us
PREVIOUS Molecular sieves