Full metal wire mesh pad

Full metal wire mesh pad is a product made by weaving compressible full metal wire, usually woven into rectangular or circular sections. The woven wire forms many spring like connecting rings, giving it good elasticity and conductivity.

Material composition

The commonly used metal mesh materials for full metal mesh liners include tin plated phosphor bronze (Sn/Ph/Bz), tin plated copper-clad steel (Sn/Cu/Fe), and Monel (Ni Cu alloy). The selection of these materials is mainly based on factors such as their conductivity, corrosion resistance, and cost-effectiveness.

Structural characteristics

1. Weaving structure: The all metal wire mesh pad is woven from metal wires to form a spring like connecting ring, which gives it good elasticity and resilience.
2. Shape and Size: Rectangular wire mesh pads are typically used on wire mesh castings or machined parts, while circular wire mesh pads and circular wire mesh pads with side wings are suitable for metal plate shells.

Performance characteristics

1. Conductivity: The all metal mesh liner has good conductivity and can provide effective EMI (electromagnetic interference) shielding at the seams of electronic casings.
2. Elasticity: Due to its weaving structure and material properties, the all metal mesh liner has good elasticity and can adapt to gaps of different shapes and sizes, ensuring tight contact and shielding effect.
3. Corrosion resistance: The selected metal wire mesh material usually has good corrosion resistance and can maintain stable performance under harsh environmental conditions.

application area

Full metal wire mesh pads are widely used in fields such as electronics, communications, aerospace, and healthcare, including but not limited to:

1. Electronic devices: Used for shielding and grounding electronic devices to reduce electromagnetic interference and leakage.
2. Communication equipment: Provide effective EMI shielding at the connection of communication equipment to ensure stable signal transmission.
3. Aerospace: In the electronic systems of spacecraft, used to protect circuits from electromagnetic interference and radiation.
4. Medical equipment: In medical electronic devices, ensure the stability and safety of circuits, and prevent electromagnetic interference from affecting medical equipment.