Chemical/Petrochemical

Chemical/Petrochemical

Corrosive liquids and gases

Air purification: Nitrogen, Carbon dioxide, Argon, helium, Ammonia

Oxygen (filters cleaned for O2 service)

Solvents, ketones, esters, amines, liquid hydrocarbons, polymers

High-temperature liquids, gases

High-pressure ethylene gas

Ethylene glycol

Catalyst retention, fluid bed reactors

Catalyst recovery, slurry phase reactors

High-efficiency solids recovery or liquid recycling

None

Food and Beverage Filtration

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Metal Powder Sintered Porous Elements Ycrh-SP-Lsr

Ycrh-SP-Lsr is the metal powder sintered porous filter tube with a symmetrical pore (SP) structure in the tube-wall thickness direction, and it has a Low Surface Roughness (LSR). This type filter element is fabricated by a special technique combined with isostatic cold pressing and high-vacuum sintering (some alloys are required atmosphere protecti

Metal Powder Sintered Porous Elements Ycrh-SP-Hsr

Ycrh-SP-Hsr is the metal powder sintered porous filter tube with a symmetrical pore (SP) structure in the tube-wall thickness direction, and it has a High Surface Roughness (HSR). This type filter element is fabricated by traditional preparation techniques via isostatic cold pressing and high-vacuum sintering (some alloys are required atmosphere pr

Metal Powder Sintered Porous Elements Ycrh-SSP

Ycrh-SSP is the metal powder sintered porous filter tube with a small diameter and symmetrical pore (SSP) structure in the tube-wall thickness direction. This kind of filter tube is fabricated by a special technique combined with isostatic cold pressing and high-vacuum sintering.

Metal Powder Sintered Porous Elements Ycrh-AsP

Ycrh-AsP is the metal powder sintered porous filter tube with an asymmetrical pore (AsP) structure in the tube-wall thickness direction. The asymmetrical metallic membrane is fabricated by a special coating, or in-situ reactive technique via isostatic cold pressing and high-vacuum sintering.

Chemical/Petrochemical

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