RF/EMF Blocking Faraday Nickel Copper Conductive Anti-Radiation Fabric
High-Performance Anti-Radiation Fabric
Premium Faraday Fabric
Superior RF Shielding Fabric
Durable Nickel Copper Fabric
Product Parameters
| Shielding effctiveness: |
>99.99% |
| Conductivity: |
0.03ohm-0.05ohm |
| Attenuation: |
71-95dB 30MHz-3000MHz |
| Fabric Width |
1.09m |
| GSM |
75-80g/sqm |
| fabric texture |
grid woven, plain woven, diamond woven |
Product Description
Composition: A Masterpiece of Metal Fibre Textile Engineering
Our conductive cloth is expertly crafted using a blend of metal fibre textiles, where the surface of nylon or polyester fibers is meticulously coated with high-conductivity metals like copper and nickel. The fiber surface layer, predominantly composed of copper, ensures superior electrical conductivity.
The harmonious blend of copper and nickel on the surface not only prevents oxidation but also resists corrosion, guaranteeing long-lasting reliability and performance.
This unique composition delivers exceptional electrical conductivity and unmatched shielding effectiveness, making it the perfect choice for safeguarding a wide range of electronic products against oxidation and corrosion.
Ideal for use in professional shielding work overalls for those engaged in electronic and electromagnetic radiation tasks; essential in shielding rooms; and specialized IT field applications.
Properties of Conductive Fabric: Flexibility, Strength, and Performance
Our conductive fabric boasts remarkable flexibility and resistance to bending. With a metal surface composed of nickel and copper, it offers outstanding electrical conductivity and exceptional anti-electromagnetic interference capabilities.
When exposed to waves, the conductive cloth skillfully reflects, absorbs, and penetrates based on the object's nature, delivering a superior shielding effect. It's extensively used in cutting-edge electronic devices demanding high shielding.
Additional Value: Widely utilized in producing conductive foam, it fills gaps in institutional designs, prevents noise leakage, and finds extensive use in computer signal lines and ribbon cables.
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