Copper Mesh Grids

Copper mesh grids are available in mesh sizes ranging from 2 to 200, with wire thickness options between 0.10mm and 0.30mm, customizable down to 0.05mm or up to 1mm. Opening sizes typically range from 4mm to 5mm, allowing engineers to select the exact configuration needed for shielding, filtration, or grounding requirements.

Yes, copper's high electrical conductivity makes knitted copper mesh grids highly effective for EMI/RFI shielding in cable assemblies, connector housings, and electronic enclosures. The flexible, knitted construction conforms easily to irregular shapes while maintaining continuous electrical contact for reliable shielding performance.

Copper mesh grids offer strong corrosion resistance and can tolerate high temperatures and harsh environments, making them suitable for demanding industrial applications. This durability, combined with copper's natural conductivity, makes the material a preferred choice over less resistant alternatives in many electrical and filtration settings.

Yes, copper mesh grids can be easily cut, formed, and welded to fit specific dimensions and shapes. Manufacturers typically offer custom widths, lengths, mesh openings, and wire diameters, allowing engineers to specify exact configurations for shielding, filtration, grounding, or architectural applications.

Copper mesh grids are widely used across electronics and electrical manufacturing, filtration equipment, laboratory settings, and architectural design. Their conductivity and durability make them valuable for grounding systems, EMI shielding, insect and rodent screening, and decorative applications requiring both function and appearance.

Yes, copper mesh grids are made from a highly recyclable, non-toxic material, supporting eco-friendly manufacturing and end-of-life disposal practices. This makes copper mesh a sustainable choice for companies seeking to reduce environmental impact while maintaining high-performance shielding and filtration capabilities.