Irregular Hole Stainless Steel Knitted Wire Mesh Heat Shield Isolators / Vibration Dampeners

Knitted Wire Mesh as Heat Shield Isolators & Vibration Dampeners, Stainless Steel Knitted Mesh Compressed Cylinders

• High strength and integral rigidity
• Good air penetrability
• Easy to assemble and replace
• Durable and long service life
• Easy to clean and maintenance
• Excellent filter precision and impedance
• Abrasion resistance and corrosion resistance
• High and low temperature resistance
• Can be used combined with expanded metal or woven wire mesh for better filtering performance

• Material: Stainless steel 304
• Diameter: 6 mm
• Thickness: 4 mm
• Nominal filtration level: 100 - 150 Micron
• Porosity: 50%
• Temperature: -40 to +120°C
• Fluid to be filtered: hydraulic oil

• Material: Stainless steel 304L
• Diameter: 10 mm
• Thickness: 3 mm
• Nominal filtration level: 60 Micron
• Temperature: -40 to +120°C
• Fluid: a.a.

• Material: Stainless steel 304
• Diameter: 6.5 mm
• Thickness: 2.5 mm
• Nominal filtration level: 100 - 150 Micron
• Porosity: 50%
• Temperature: -40 to +120°C

Aside from its various finished forms, the biggest advantage of knitted wire mesh is its construction. As mentioned, knitting produces an interlocking-loop pattern. In this configuration, each loop is integrated with its neighbors as each supports the other. When a mesh or mesh element is compressed, stretched or bent, and provided that exertion is not past the material's yield point, the interlocking-loop construction allows the element to spring back to its original form. This resiliency is even apparent in compressed elements as they take the shape of the tool or die they are pressed into and respond to additional stresses (such as in-use loads).

After it is produced, knitted wire mesh can be processed in a number of different ways. For some applications, such as catalytic converter knitted wire mesh supports, flattening mesh to a specific thickness and then crimping it provide a certain amount of spring back and prescribed holding force. For other applications, such as breathers and filters, lengths of knitted wire mesh are pressed into shapes that yield specific densities. Additional finished goods processing include over-knitting (adding an additional layer of knitted wire mesh) and co-knitting (making knitted wire mesh with more than one type of wire).

• Insulation or hot side support material that is flexible, Removable and Reusable to withstand extreme temperatures or corrosive environments
• Insulation or filtration as an alternative to steel wool where loose fibers or fallout is a concern
• Oil Mist Separation, Mist Eliminators or Demister pads for oil & gas, utilities and commercial kitchen exhaust systems
• Sound Attenuation filter in pneumatic tools and vacuum
• Cryogenic gaskets, seals & discs. Automotive exhaust air gap spacers, flex joint seals and air bag filters
• Pre-filter for coarse dust in the heating and ventilation systems. Gas turbine and compressed air inlet / outlet filter
• Engine exhaust muffler packing. EMI / RFI Shielding

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