|Machinery Test Report:||Provide||Structure:||Cartridge Filter|
|Application:||High Temperature||Material:||Stainless Steel|
300 micron sintered wire mesh filter,
1 micron sintered wire mesh filter,
sintered wire mesh filter stainless steel
1-300 micron-200-600℃, sintered filter
Introduction of sintered filter:
Sintered filter is widely used in industry. There are two different manufacturing processes, sintered metal filter, and metal powder filter.
Parameter of sintered filter elements:
Material: SS304, 316, 316L
Filtration accuracy: 1 - 300 micron
Working temperature: -200 - 600℃
Material of sintered filter:
Multi layer metal woven wire mesh, processed by vacuum sintering equipment according to requirements, it has very high mechanical strength.
Structure of sintered filter:
The most common is five layers of wire mesh, However, sometimes, 7 layers of stainless steel wire mesh should be sintered together for environmental requirements.
Four part: Protection layer, filter layer, separation layer and supporting layer.
The mesh of multiple layers of wire mesh is interlaced to form a uniform and perfect filtration structure. It not only overcomes the inferior strength of ordinary wire mesh, but also increases the diversity of design. Including pore size, permeability, strength and so on.
1. Surface filtration
2. Corrosion resistance
3. High temperature resistance
4. Stable filtration accuracy
5. High strength and steel property
6. Mesh hole smooth
7. Easy to clean and can be used repeatedly.
8. Easy to form, process and weld
It is an ideal filter material for high compression strength and uniform filtration size.It is suitable for continuous and automatic operation process. In this respect, other materials can not be satisfied.
1. Water treatment
It is widely used in the pharmaceutical industry, especially titanium materials.
In the pharmaceutical industry, decarburization and filtration in large infusion, small injection, eye drops and oral liquid concentration and security filtration in dilution links.
Removal of impurities in API production process, decarbonization and filtration of materials
3. petrochemical industry
4. Food and beverage
5. Catalyst filtration
6. Probe protection for sensors
7. Fly ash treatment
Contact Person: Sunny