Nickel-Copper Fabric
Plain Shape copper nickel conductive fabric
Copper-Nickel Conductive Fabric delivers 60-90dB EMI shielding with 4-layer structure: polyester, conductive layer, copper coating, and anti-oxidation nickel. ≤0.05Ω resistance. Flexible, easy to cut and sew. Ideal for shielding curtains, Faraday bags, anti-radiation apparel, and RFID wallets.
Specifications
- Model No.
- P008
- Width
- 1100mm
- Color
- Silver Grey
Product Overview
Our plain shape conductive fabric is engineered for professional-grade electromagnetic interference (EMI) shielding. Built on a premium polyester fiber base and finished with a precision-plated metal coating system, this fabric delivers reliable, high-performance protection across a wide range of industrial and consumer applications.
Property | Value |
|---|---|
Shielding Effectiveness | 60–90 dB |
Surface Resistance | ≤0.05 Ω |
Width | 1100 mm / 1500 mm |
Thickness | 0.08 mm |
Color | Silver Grey |
Weave | Plain Shape |
Roll Length | 100–500 meters per roll |
Material Structure
The fabric features a 4-layer composite architecture designed for maximum conductivity and durability:
- Polyester Fiber Base — Provides structural strength and flexibility
- Conductive Base Layer — Ensures uniform current distribution
- Copper Layer — Delivers excellent electrical conductivity and EMI shielding
- Nickel Layer — Provides anti-oxidation protection and enhances long-term durability
This copper-nickel combination ensures optimal conductivity while maintaining the fabric's flexibility and shielding consistency over time.
Key Features
- Superior Shielding Performance — With a shielding effectiveness of 70–90 dB, the fabric effectively blocks mid-to-high frequency electromagnetic radiation, including mobile phone signals, RFID, GPS, and other RF emissions.
- Excellent Conductivity — Low impedance design ensures efficient current transmission and conductive grounding performance.
- Anti-Oxidation Protection — The nickel plating layer prevents oxidation of the metal components, preserving shielding performance and extending product lifespan.
- High Flexibility & Elasticity — Soft, pliable texture allows easy shaping, folding, cutting, punching, and sewing without compromising shielding integrity.
- Easy to Process — Compatible with die-cutting and lamination processes; no wool or fraying during fabrication.
- Eco-Friendly Material — Made with recyclable components for sustainable use.
- Strong Adhesion Compatibility — Excellent bonding with conductive pressure-sensitive adhesives and hot-melt adhesives for lamination with polyurethane foam or other substrates.
Primary ApplicationsConsumer & Personal Protection
- Anti-radiation maternity wear and aprons
- RFID-blocking wallets, card holders, and passport sleeves
- Faraday bags and pouches for phones, tablets, and laptops
- Anti-radiation masks and blankets
Home & Office Shielding
- EMI shielding curtains and window drapes
- Shielding wallpaper and wall cloth
- Shielding tents and canopies
- Electronic shielding rooms and Faraday cages
Industrial & Automotive
- Professional shielding workwear for high-radiation environments
- Shielding room fabric for laboratories and testing facilities
- Car covers and automotive shielding enclosures
- Computer case covers and server shielding
Electronics & Telecommunications
- Internal structural components for mobile phones, tablets, and laptops
- FPC, PCB, speaker, antenna, and camera module shielding
- Static discharge (ESD) protection for sensitive electronic assemblies
- Medical instrument shielding and high-frequency equipment protection
Processing & Usage Guidelines
- Adhesive Recommendation: Use dry adhesive (pressure-sensitive tape) for lamination. Avoid excessive spray glue, white glue, or strong adhesives, as these can oxidize the metal components and degrade shielding performance.
- Handling: Wear gloves during processing to prevent contamination and oxidation from skin oils.
- Care Instructions: Do not wash, vigorously rub, or permanently crease the fabric. Avoid hard folding for extended periods and keep the material free from stains to maintain optimal shielding effectiveness.
Why Choose This Fabric?When your application demands proven, measurable electromagnetic protection, our copper-nickel conductive fabric delivers 60–90 dB shielding effectiveness with the flexibility, conductivity, and anti-oxidation durability required for both commercial and industrial use. Whether you're manufacturing protective garments, building shielded enclosures, or designing EMI-resistant electronics, this material provides the consistent, high-performance barrier you need.
