Precision Progressive Die Stamped EMI Shielding Mesh Belt

Please provide 2D/3D drawings specifying pitch, belt width, link cross-sectional dimensions, and material requirements to facilitate mold evaluation and quotation for this continuous interlocking structure. The component features a flexible strip with a regular woven texture, formed by individual metal links precisely interlocked into a continuous whole. It is commonly used as an EMI shielding layer within electronic devices, a flexible conductive connection component, or a micro transmission and conveying carrier under special operating conditions.

The core of the manufacturing process lies in controlling the engagement clearance between links and overall flatness, ensuring the mesh belt remains smooth and structurally stable during winding, bending, or dynamic operation. To address the risks of springback and deformation in thin-walled materials during high-speed forming, our production line utilizes high-speed presses from brands such as YAMADA and KYORI, with an accuracy of 0.005mm, paired with precision progressive dies for continuous operation. This effectively overcomes shape deviations caused by material stress release, ensuring dimensional consistency across batches.

Backed by dual IATF16949 and ISO9000 certification systems, our factory offers integrated delivery capabilities from mold development to mass stamping. We support the processing of various conductive and elastic materials, including stainless steel and copper alloys, and can provide surface treatments such as nickel, tin, or gold plating to meet corrosion resistance and low impedance requirements. We employ Mitutoyo vision measuring instruments for 100% inspection of micro-link dimensions and coplanarity, ensuring strict assembly tolerances are met. Quotations are evaluated based on specific drawing parameters, surface treatment specifications, and expected order volumes.