Faraday Fabric – Conductive Electromagnetic Interference Reduction Cloth for Faraday Cage (43" x 118")

$40.23

Faraday Fabric – Conductive Electromagnetic Interference Reduction Cloth for Faraday Cage (43" x 118")

$40.23

About This

Enhanced Copper Content & Reliable Interference Reduction: This faraday fabric features triple-layer metallic construction on both sides with increased copper content compared to standard conductive cloth. It supports stable performance across a broad range of frequencies commonly found in daily electronic environments. Laboratory testing shows signal attenuation of up to 70 dB under typical conditions, helping to reduce electromagnetic interference from common sources such as electronic devices, routers, and wireless equipment
3-Layer Metallic Structure & Long-Term Durability: The innovative nickel-copper-nickel layered metal construction helps protect the internal copper layer from oxidation and wear, supporting long-term material stability. With an ultra-thin thickness of approximately 0.09 mm, this fabric remains lightweight, flexible, and suitable for repeated use in conductive applications
Multiple Size Options for Versatile Applications: This fabric is available in multiple size options including 43" x 118" and 43" x 236". The wide range of sizes supports flexible use for small electronic items as well as larger areas. Suitable for home, office, workshop, and DIY conductive fabric projects
DIY Friendly & Easy to Work With: This conductive fabric is easy to cut, sew, and shape. Both beginners and experienced users can apply it to create pouches, linings, covers, storage bags, and other practical projects for electronic accessories such as smartphones, laptops, car keys, credit cards, and routers
Usage Notes & Safety Guidelines: For effective performance, ensure the fabric fully wraps around the item with proper overlap and no visible gaps. If higher attenuation is needed, multiple layers may be used. As this fabric is conductive, please keep it away from live power outlets, sockets, and exposed electrical sources. Recommended working temperature is below 80°C (176°F)