Cryogenic Vaccum Lonex Type Ag400 Silver Exchanged Zeolite Molecular Sieve For LNG Vehicle Cylinder

Item No.	UNIT
Product name	Type	Standard level
Nominal Pore Size	Pore Size	7.4 Angstroms 2.2 Angstroms
Hardness Number	N	≥90
Granularity（1.8-2.4MM）	%	≥90

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PRODUCTS DESCRIPTION

Silver Exchanged Zeolite Specification

Nominal Pore Size : 7.4 Angstroms into large cavities, 2.2 Angstroms into B cage

Hardness Number : 90 minimum

Heat Absorption : 1800 BTU/lb. H2O

Equilibrium Water Capacity : 20% by weight

Silver Content : 37% minimum

Flammability : Non-flammable

Thermal Stability : Efficient adsorption up to 500 degree C

Binder : Acid- resistant type, 20% by weight

Apparent Density : 0.91 – 1.10 g/cm3

Moisture : <2.0%

ITEM	UNIT
Product Type		Standard level	Tested Data
Nominal Pore Size		7.4 Angstroms into large cavities, 2.2 Angstroms into B cage	7.4 Angstroms into large cavities, 2.2 Angstroms into B cage
Hardness Number	N	≥90	91
Granularity（1.8-2.4MM）	%	≥90	95
Heat Absorption	BTU/lb. H2O	1800	1800
Equilibrium Water Capacity	%	≤20	20
Silver Content	%	≥40	46.5
Flammability		Non-flammable	PASS
Thermal Stability		Efficient adsorption up to 500 degree C	PASS
Binder		Acid- resistant type, 20% by weight	20%
Apparent Density	g/cm3	0.91 – 1.10	1.08
Moisture	%	<2.0	0.8

SILVER-CONTAINING Ionex Type Ag400 Zeolite Feature

Ag400 Zeolite is a synthetic silver-exchanged zeolite for gettering hydrogen from vacuum spaces of cryogenic apparatus, selective removal of halogens from gas streams and as a hydrogen/oxygen recombined catalyst. This inorganic alumina silicate material contains supercharges within its crystalline structure which are especially large and uniform in size. These cavities and their large entrances (pores) allow extremely large capacity for trapping contaminants and maximum utilisation of the exchanged silver cations

Ionex Type Silver Exchanged Molecular Sieve Ag400 Zeolite Specialty For Cryogenic Vaccum LNG Cylinder