With superior resistance to high temperature, high pressure, and corrosion, sintered metal filter discs are widely used in corrosive gases and liquids filtration, oil and fuel filtration, etc.

Type A Sintered Mesh

This is a widely used standard - structured sintered mesh. It is a porous sintered material made by stacking five layers of stainless - steel wire meshes in different structures and then going through processes such as sintering, pressing, and rolling.

Type B Sintered Mesh

This is a type of sintered mesh made of multiple layers of plain-woven square-hole meshes. Due to the high open area ratio of the square-hole meshes, the fabricated sintered mesh features high air permeability, low resistance, and large flow capacity, etc. It is mainly applied to the filtration of various gases and liquids. Since each layer of the wire mesh has a large selectivity, its structure can be customized according to the requirements of users.

Type C Sintered Mesh

This is a type of sintered mesh formed by sintering a perforated plate together with multiple layers of stainless steel wire meshes. With the perforated plate as support, the sintered mesh has higher compressive strength and mechanical strength. It is mainly applied in industries such as food and beverage, water treatment, dust removal in power plants, pharmaceuticals, and films. It can be processed into cylindrical, disc-shaped, or sheet-shaped filters. The thickness of the perforated plate and the structure of the wire mesh can be customized according to the requirements of users.

Type D Sintered Mesh

This is a type of sintered mesh made by cross-stacking two or three layers of plain-woven dense wire meshes with the same precision, and then through processes such as sintering, pressing, and rolling. It features uniform distribution of mesh holes and stable air permeability. It is mainly applied in fields such as fluidized beds, powder conveying, noise reduction, drying, and cooling.

Sintered Filter Disc