Stainless Steel Sintered Wire Mesh Filter Elements

Short Description:

Sintered wire mesh metal filter cloth is a porous metal plate made from multilayer stainless steel wire mesh, and sintered into one metal panel. It is usually consists of 5 layer (or 6-8 layer) mesh: protect mesh layer, filter mesh layer, protection mesh layer, reinforcement mesh layer, and reinforcement mesh layer. With high mechanical strength and wide filter rating ranges, sintered filters are a new fine materials for filtration used in food, beverage, water treatment, dust removing, pharmaceutical, and polymer industry.

The materials of sintered wire mesh commonly is stainless steel 304, SS316,SS316L, but Alloy Steel Hastelloy, Monel, Inconel and other metal or alloy as materials also available according customers filter process requirement. Sintered stainless steel filter is the most widely used type among all the materials due to its excellent chemical stability and long service life.

The protect mesh layer and filter layer are fine stainless steel woven wire mesh, and reinforcement mesh layer can be plain woven, dutch woven type wire or perforated metal sheet.

Sintered mesh filter cartridges from stainless steel wire cloth with filter rating 1-250 micron for pharmaceuticals, fluidized beds, liquid and gas filtration.

Send email to us Download as PDF

Product Detail

Product Tags

The filtration area is large (5-10 times of the ordinary cylindrical filter element) and the filtration accuracy range is wide (l-300um).

Typical application parameters:
1. Working pressure: 30MPa;
2. Operating temperature: 300°C;
3. Pollution carrying capacity :16.9~41mg/cm2

Product connection:

Standard interface (such as 222, 220, 226) quick connection, threaded connection, flange connection, tie rod connection, special custom interface.

Main USES:
1. Filtration of polymer melt in the production of polyester, filament, short filament and thin film;
2. High temperature gas and steam filtration;
3. Filtration of high-temperature liquid and viscous liquid.