Palladium Catalyst is a kind of high efficient deoxidizer. Palladium Catalyst can be used for hydrogen, nitrogen and argon, krypton, etc. Palladium Catalyst is widely used in metallurgy, chemical industry, light industry and electronic industries. Palladium Catalyst has good hydrogenation conversion, selectivity and stable performance. Our valued clients can avail Palladium Catalyst at pocket friendly price.
Classification : Catalyst

• Palladium content : 0.3%, 0.5%, 1.0%
• Palladium catalyst Grade : Industrial grade
• Palladium catalyst Granularity : 100mesh(or following your demand)
• Moisture : ≤ 3.0%

Operation instructions

• The product is already activated and could be loaded and used directly.
• Whether should the deoxy genate be pre-heated (to 50-80^o C) or not depends on the oxygen content in raw gas.
• The working temperature should be lower than 450^o C

 
Use

• Nitrogen or argon separated from air could be purified up to 1 ppm oxygen content after on deoxygenating step.
• The oxygen content can be reduced to 0.1 ppm.

 
Storage : Avoid damping and any adsorption of water or organic substance before use. Otherwise, it must be regenerated.

Palladium Catalyst is a kind of high efficient deoxidizer. Palladium Catalyst can be used for hydrogen, nitrogen and argon, krypton, etc. Palladium Catalyst is widely used in metallurgy, chemical industry, light industry and electronic industries. Palladium Catalyst has good hydrogenation conversion, selectivity and stable performance. Our valued clients can avail Palladium Catalyst at pocket friendly price.
Classification : Catalyst

• Palladium content : 0.3%, 0.5%, 1.0%
• Palladium catalyst Grade : Industrial grade
• Palladium catalyst Granularity : 100mesh(or following your demand)
• Moisture : ≤ 3.0%

Operation instructions

• The product is already activated and could be loaded and used directly.
• Whether should the deoxy genate be pre-heated (to 50-80^o C) or not depends on the oxygen content in raw gas.
• The working temperature should be lower than 450^o C

 
Use

• Nitrogen or argon separated from air could be purified up to 1 ppm oxygen content after on deoxygenating step.
• The oxygen content can be reduced to 0.1 ppm.

 
Storage : Avoid damping and any adsorption of water or organic substance before use. Otherwise, it must be regenerated.