High Pressure Stainless Steel Washer Snow Foam Mesh Filter

• Customization: Available
• Material: Metal
• Layers: Three
• Model NO.: CT-11
• Type: Filter Elements
• Hole Shape: Square
• Structure: Multilayered
• OEM: Available
• Transport Package: Wooden Box
• Specification: 10x10mm, 11x11mm, 12x12mm, 13x13mm
• Trademark: Changte
• Origin: China Hebei
• HS Code: 73144900
• Production Capacity: 50000PCS Per Day

Product Description

Item Name	Compressed Knitted Wire Mesh
Material	Stainless Steel 304 316 316L, Copper, Pure Nickel, Monel and Alloy Etc.
Wire Diameter	0.019mm to 2.03mm
Shape	Round, square, cylindrical and gasket etc
Features	-- High Strength and overall rigidity
	--Good air permeability
	--Excellent filtering accuracy
	--Good filter resistance, mechanical strength, abrasion, heat resistance and cold resistance
	--easy to clean, simple assembly, long replacement cycle
Applications	--Sealing, damping, silencers and exhaust gas purification components of auto parts
	--Electronics and electrical products EMI shielding devices

Compressed knitted mesh is a type of multi-functional mesh type. It is made of stainless steel wire, copper wire or brass wire.

The various material wires are produced by knitting machine and then compressed by special equipment.

Compressed knitted mesh has a lot of types according to different standard. They are have different materials, wire types, mesh types, shapes, diameters and pressure during compression. We can supply you a wide range of compressed knitted mesh.

Different materials
 * Stainless steel compressed knitted mesh, 304, 316, 321, 310, 310S and so on.
 * Copper compressed knitted mesh.
 * Brass compressed knitted mesh.
 * Nickel compressed knitted mesh.

Shape: round, square, cylindrical and gasket.

Features:
Excellent filtration capability.
Rigid and high strength.
Low cost manufacture using advanced knitting machine.
Available in various shapes, round, cylindrical or rectangular, etc.
Able to withstand very extreme shock loading.
Easy to clean and long replacement cycle.
Made of metal materials for high efficient heat conduction.