316l stainless steel wire

Stainless Steel Wire Mesh
1. Manufacturer
2. Free sample
3.Acid resisting, alkali resisting, heat resisting,
4.ISO9001

Stainless Steel Wire Mesh
1. Manufacturer
2. Free sample
3.Acid resisting, alkali resisting, heat resisting,
4.ISO9001

Super Duplex 2507 Stainless Steel Wire designed for demanding applications which require exceptional strength and corrosion resistance

Material: stainless steel type 304, 304L, 316, 316L
Structure: 1x7,7x7 ,7x19 and 1x19 are available for your choice

stainless steel wire mesh for microphone netting
10meshx0.9mm;12meshx0.8mm;12meshx0.7mm;14meshx0.7mm,
epoxy resin powder coated wire mesh surface

Stainless Steel Wire Mesh twill weave,stainless steel Wire Cloth,
twill weave wire mesh,stainless steel wire cloth twill weave
material:302.304,316

twill Dutch Weave Filtration wire mesh,where the apertures slant diagonally and cannot be seen by looking directly at the cloth.very compact,firm

Filter grade stainless steel wire mesh serves as media in liquid and gas filtration and other media separation,precision pressure filters, fuel filter

Stainless Steel Plain Weave Woven Wire Mesh is selected for their wear-resisting, heat-resisting, acid-resisting and corrosion resisting.

Standard Stainless Steel Wider Wire Mesh made from plain weave or twill weave, materials are available in ANSI304 ANSI316 also other stainless steel 3

304L Stainless Steel Sintered Wire Mesh is a kind of durable and pleatable 316L stainless steel medium, sintered into a graded pore structure.

304 Stainless Steel Sintered Wire Mesh is a kind of durable and pleatable 316L stainless steel medium, sintered into a graded pore structure.

316 Stainless Steel Sintered Wire Mesh is a kind of durable and pleatable 316L stainless steel medium, sintered into a graded pore structure.

The material of 304L Stainless Steel Special Shaped wire mesh include Stainless steel, stainless steel wire mesh, crimped wire mesh.

The material of 304 Stainless Steel Special Shaped wire mesh include Stainless steel, stainless steel wire mesh, crimped wire mesh.

304L Stainless Steel Expanded wire mesh is made of high quality stainless steel sheet or coil which has been expanded on the machines.

316 Stainless Steel Woven Wire Mesh is selected for their wear-resisting, heat-resisting, acid-resisting and corrosion resisting.

304 Stainless Steel Welded Wire Mesh
Materials:stainless steel wire
Wire Diameter:0.5mm-2.0mm
Widths:0.5m-2.0m

Stainless Steel filter Mesh,stainless steel Wire Cloth,
Plain Weave wire mesh
wear-resisting, heat-resisting, acid-resisting and corrosion resistin

Stainless Steel Wire Mesh
1Material:stainless steel wire
2Weaving:Plain Weave
3Aperture:0.07-2.63mm
4Wire Dia:0.053--1.0mm

321 Stainless Steel Wire Mesh/Screen: used in particular applications within the sensitizing temperature range

Material : SS304 , SS304L , SS316 , SS316L
Weaving Way : TWISTED , REVERSE TWISTED , PROS AND CORS TWISTED .

304 Stainless Steel Wider Wire Mesh made from plain weave or twill weave, materials are available in ANSI304 ANSI316 also other stainless steel 300 se

China Stainless Steel Complex Wire Mesh is used for filter, medicine, papermaking, filtering, culture, cell network, network packaging.

Stainless steel wire mesh and wire cloth is extensively used in mining, chemical industry, food industry and pharmaceutical industry

Tianshan Wedge wire screens have a high open area by comparison with other screen media.This gives lower entrance velocities and higher flow rates

Tianshan Wedge wire screens have a high open area by comparison with other screen media.This gives lower entrance velocities and higher flow rates

Tianshan Wedge wire screens have a high open area by comparison with other screen media.This gives lower entrance velocities and higher flow rates

Tianshan Wedge wire screens have a high open area by comparison with other screen media.This gives lower entrance velocities and higher flow rates

Tianshan Wedge wire screens have a high open area by comparison with other screen media.This gives lower entrance velocities and higher flow rates