stainless steel wire fabric

Decription :

PFM Screen Co.,Ltd can produce micron sieve mesh, wire screen ,filter mesh and micron sieve .

The mesh count per inch can be from 60 to 635 mesh, this kind of wire mesh is ultra thin,so we all call is wire mesh cloth,woven mesh fabric,metal wire cloth.

Micron mesh has very precise opening size base on standard mesh count per inch,uniform wire diameter.So stainless steel filter wire mesh is widely used in pharma,chemical analysis,airspace,air liquid and small solid filtering and seperation.

Features of stainless steel woven filter wire mesh

1. corrosion resistant,stainless steel grade is acid and alkali resistant.

2. high temperature resistant,can bear 800 degree centigrade

3. uniform wire diameter,error is +-2micron

4. stable structure

Specifications of steel wire mesh:

1. Consistent pore size distribution guarantees a significantly higher particle separation

2. material:SUS304 316 316L,316L is mainly designed for marine aquaculture and pharmacy.

3. mesh count per liner inch:2-635mesh

4. wire thread can be from 0.08” to 0.0008”

5. width:usually 40” and 48”,special can be ordered

Description of stainless steel mesh:

Through the use of carefully selected special alloy materials, and the use of advanced weaving technology to make stainless steel printing network structure is particularly compact, while ensuring the thickness of the tolerances within the tolerance range of high tension, the degree of extension of the net, Of the precision and thus more suitable for high-density printing.

Features of stainless steel wire mesh

• High tension.Much higher than common polyester mesh,and this property is very stable
• Super Precision.Uniform wire diameter and aperture with extremely low difference
• Low Elongation.Very small elongation of wire mesh at high tension
• High Flexbility.The wire mesh will not lose elasticity at extreme tension
• High Corrosion Resistance.the excellent corrosion resistance of stainless steel wire exceeds polyester fiber
• Non-electrostatic.To avoid affects of nonelectrostatic for printing and ensure the safety of printing
• Good Heat-melting Resistance.Special features of steel wire mesh.Suitable for heat-melting ink
• Good Solvent Resistance.To avoid the affects of any solvents to wire mesh and to ensure the safety of printing

Application of stainless steel wire mesh

Stainless steel printing network for printing plate, the surface of the printed matter for the surface. Particularly suitable for use in harsh environments, multi-color overprint, batch printing, tone printing, precision printing Safe. At the same time also widely used in textile, glass, ceramics, metals, plastics, rubber and other industries, as well as aviation, aerospace, petrochemical and other high-tech areas such as filtration.

Decription of stainless steel crimped mesh:

PFM Screen Co.,Ltd can produce micron stainless steel woven filter wire mesh,micron wire mesh,crimped woven wire mesh,dutch weave wire mesh,reverse dutch weave wire mesh.

stainless steel woven filter wire mesh refers to wire mesh which is super fine, so it is also called stainless steel wire cloth,micron screen.this kind of mesh is usually used for micron filtering industry,such as air filtering,liquid filter and small solid filtering.

Dutch weave wire mesh is another kind of stainless steel woven wire mesh,this mesh count of warp and weft is different,the thickness is bigger than than of stainless steel fine mesh,Dutch weave wire mesh is widely used as micron filtering material of environmental protection equipment.

Reverse dutch weave wire mesh is a kind of dutch weave wire mesh,the mesh count per inch of warp wire is more than that of weft wire,then to form much more thickner of mesh surface.reverse dutch weave wire mesh is widely used as plastic extruder machine.

Applications of stainless steel wire mesh:
Mainly for gas, liquid filtration and other media separation; widely used in precision pressure filters, fuel filtration,Vacuum filter, do filter raw materials, aerospace, oil refining, medicine, sugar, oil, chemicals, chemical fiber, rubber, tire manufacturing,Metallurgy, food, health research and other industries