SS304, SS304L, SS316, SS316L 5-Layer Type A Sintered Wire Mesh For Cylindrical Filter Element

Type A Sintered Wire Mesh Summary
The product is a standard combination of 5-layer sintered wire mesh which has the widest application. Five different layers of stainless steel wire mesh are combined as per corresponding structure, and then sintered together in the vacuum sintered equipment, compressed and calendered, forming a porous sintered material.

Type A Sintered Wire Mesh Material
The standard material are SS304, SS304L, SS316, SS316L. Special Alloy Steel :Hastelloy C-276, Monel 400, Inconel600, SS904, SS904L, Duplex steel 2205 are acceptable based on customer’s requirement.

Type A Sintered Wire Mesh Size
The standard size are 500×1000mm, 600×1200mm, 1000×1000mm, 1200×1200mm, 1200×1500mm, and special size in range can be finished as requirement

The Structural Drawing of Type A Sintered Wire Mesh

Type A Sintered Wire Mesh Technical Data

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Note: The 6-layer sintered wire mesh is to add one layer of 12 mesh to the 5-layer sintered wire mesh. Its thickness is 3.5mm. And it has the higher anti-pressure ability

Application of Type A Sintered Wire Mesh

1. Cylindrical Filter Element
It is widely applied in the filtration of liquid and gas. And it is applied in many industries, such as petrifaction, polyester, pharmacy, food and beverage and water treatment.
Moreover, the minimum diameter we can process can be up to 10mm and the filter rating can be up to 1micron.
In addition, as to the connection type and specification, we can produce it to the customer's request.

2. Filter Disc
It is mainly applied in drying and filtration in the pharmacy industry. The minimum diameter we can process can be up to 3000mm.And we can process it in split and integral type.

3. Catcher
It is mainly applied in pharmacy industry. It is used to intercept the powder particle in the dry gas and reduce the loss of the powder and air pollution.
In addition, because of the structure of the double tubes, it can increase the filter area in maximum.