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

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

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.

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.

Sintered porous metal discs can be applied in the systems of filtering, flow-restriction and gas-distributions. They are fabricated by a compressing technique combined with high-vacuum sintering. The discs offer advantages like high strength, temperature resistance, chemical stability, and the ability to withstand high pressures.

Sintered porous metal sheets can be applied as the porous transport layers (PTLs) in the production of hydrogen by electrolysis systems, the fuel cell separation membranes, catalyst support structures, and also the battery cathode/anode materials. The sheets are made from sintered metal powder allowing for the best mechanical strength, better perme