Stainless Steel Filter Mesh

As a supplier of stainless steel wire mesh for many different industries and applications, Hengruida produces a wide variety of woven wire meshes. Our production program for square mesh ranges in aperture sizes from 0.025 mm to 14 mm. And in addition to our standard program, which is always readily available in stock, we also run lots of special productions for customer-specific applications.

There are many requirements on fine filtration by using micronic meshes with filter grades(at least 1 µm).Also for that range of filtermedia, stock productions and customer specific productions are combined together.And the plain weave and twilled dutch weave used in this field, as well as the corresponding support meshes, are also a part of our needs-oriented warehousing program.

Depending on the application, the production width is up to 3 m. For filtrating high viscous media,Hengruida produces Optimized Plain Dutch Weave filtermedia with filter grades ranging from 10 µm up to 80 µm.This is supplied by rolls or strips ready for final fabrication in final production steps in many cases .

This filament-wire connection made of stainless steel offers two advantages,that is, high porosity with absolute homogeneous pore structure and high mechanical stability. Retention rates are ranging from 3 µm up to 100 µm. High mechanical strength coupled with flexibility does allow highly efficient surface and depth filtration with a single filter media.

Choosing Material of Discs:
Material of :304,304L,316,316L;other materials are available for the individual customers.
Standard widths 1020mm and 1220mm which are ex-stock or at short notice are considered as a production run.  Other widths available on request. 
Standard roll lengths 15 m and 30 m are dependent upon specification. Sections cut to size are available in all sizes and shapes.

County Hengruida Screenes are used worldwide for their high performance.

Characteristics: 
Accuracy of weave; 
Regularity;
High stability;
Rigidity; 
Corrosion resistance; 
Thermal resistance; 
Resistance to moisture; 
Optimum flow rates; 
Narrow pore size distribution; 
Precise alignment of filter pores; 
Excellent resistance to abrasion; 
Easy to clean; 
Excellent levels of plasticity; 
Chemical and thermal resistance; 
Smooth surface structure; 
High levels of reliability.