Stainless Steel Filter Mesh General Use: Filter mesh for gas and liquid serves well in filtering and
deleting the particle mixture in foam, liquid and air, by way of
distillating, absorbing, evaporating and filtering process, in
petroleum, chemicals, metallurgy, machine, pharmaceuticals,
automobile and environmental protection.
Wire Materials: Stainless steel wire, copper wire, galvanized iron wire, polyamide
fiber or F46 wire.
Process: Crochet weaving.
Material: SUS 201 202 302 304 304HC 304L 309S 310S 316 316L 321 430 stainless
steel wire, etc
Weaving and characteristics: Plain weaving or twill weaving, Dutch weaving, etc
It has the character of acid-resisting, alkali resistant, heat
resistant, wear resistant, etc.
Stainless Steel Filter Mesh
Requirements in the area of fine filtration are met by using
micronic meshes with filter grades ranging from nom. 1 µm upwards.
And the plain weave and twill+weave dutch weaves used in this
field, as well as the corresponding support meshes.
Depending on the application, the production width is up to 3 m.
For filtration of high viscous media, we produce Optimized Plain
Dutch Weave filter media with filter grades ranging from 10 µm up
to 80 µm. In many cases this is supplied both rolls and strips
ready for final fabrication in final production steps.
Raw Material: Material of Wire mesh 304,304L,316,316LStandard roll
lengths 15 m und 30 m dependent upon specification. Customer's
sizes are available in all sizes and shapes.
We delivers for example Pleated Filter elements. The main filter
medium of a pleated filter element is a sintered fiber web or a
stainless steel ( sintered ) woven wire mesh. Stainless steel
sintered fiber web is a kind of stainless steel medium, sintered
into a graded pore structure. Pleated filter elements enjoy the
advantages of high porosity rate, large filtration area and a good
dirt holding capacity. Applications: pleated pilter plements are
mainly used in for example filtration of high molecular plymer,
hydraulic oil, disposal of water, hot gasses, etc.
Accuracy of weave
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
Special specifications can be produced by the customer's