2Microns SS304 High Polymer Industry Pleated Matel Wire Mesh Filter

2 Microns SS304 High Polymer Industry Pleated Matel Wire Mesh Filter

Pleated Wire Meshe Filter Introduction

The metal sintered mesh filter main filter material adopts a standard five-layer sintered mesh.
The standard five-layer sintered mesh is a five-layer stainless steel wire mesh that is superposed and vacuum sintered. The filter element made of the same has the advantages of strong corrosion resistance, good permeability, high strength, easy cleaning and backwashing, accurate filtering precision, clean and clean filter material, and no falling off of the wire mesh.
Main connection mode: standard interface (such as 222/220/226) ), fast interface connection, threaded connection, flange connection, tie rod connection, special custom interface. Used in the filtration of polyester, water treatment, oil, pharmaceutical, food and beverage, chemical,chemical fiber products and high temperature air.

Pleated Wire Meshe Filter Properties  
 
1.Large filtration are (5-10times) as normal cartridge shape filter element;
2.High porosity and good air permeability;
3.High filtering efficiency;

Stainless Steel Wire Mesh Pleated Cartridge Filter Product Characteristics

1)  The standard consists of a protective layer, filter layer and support layer, ；

2)  High strength: After five-layer screen sintering, it has extremely high mechanical strength and compressive strength;

3)  High precision: uniform surface filtration performance can be achieved for 2-200um filter size;

4)  Heat resistance: resistant to continuous filtration from -200 degrees to 650 degrees;

5)  Cleanability: It is easy to clean due to the surface filtration structure with excellent countercurrent cleaning effect.

Stainless Steel Wire Mesh Pleated Cartridge Filter Product Application

Stainless Steel Wire Mesh Pleated Cartridge Filter is used in the filtration of polyester, water treatment, oil, pharmaceutical, food and beverage, chemical, chemical fiber products and high temperature air.