Tinned Copper Braided Cable Shielding Sleeve Metal Wire Loom Sheathing EMI RFI ESD Protector Grounding Mesh Flat Tubular Expandable 5/8" W(0.40" ID)-35FT

Tinned Copper Braid Sleeve - This cable braided sleeve is woven from 0.12mm oxygen-free tin-plated copper wire. This metal wire loom is highly flexible, robust, and expandable. The tinned copper wire sleeve provides superior oxidation resistance compared to pure copper. Flat Width: 5/8", Tubular/Round Inner Diameter: 3/8", Length: 35 Feet. EMI RFI Cable Shielding Sleeve - This EMI/RFI shielding wire sheathing delivers excellent electromagnetic interference (EMI), radio frequency interference (RFI) shielding, electro-static discharge (ESD) protection, and electric magnetic field protection. The metal braids within the sleeve form a conductive shield that blocks interference and prevents signal loss. Bonding/Ground Braid Sleeve - Flat tinned copper braids are commonly used to guard against electrostatic overloads, for grounding and earthing electrical equipment, and for lightning protection serving as a dilatation joint between conductors. They are positioned between equipment and the ground to transfer electrical surges to ground, or to other components capable of absorbing substantial amounts of transient voltage. Metal Wire Loom - The tin-plated copper cable sleeve is a mesh-wall, flex-diameter sleeving intended to bundle wire, cable, and hose. Wiring harnesses are pulled through the sleeve to create organized bundles. Also referred to as metal braided sleeving, this wire shielding sleeve features a woven metal construction that shields against damage from abrasion and environmental elements. Automotive & Industrial Application - The EMI/RFI shield sleeve product has various industrial applications in high-speed trains, underground systems, aerospace, and high-tech special products. The EMI metal-braided sleeve is extensively used in computer power lines, audio and video lines, HDMI lines, high-speed railway harnesses, automobile harnesses, and aviation harnesses