Cat No:EWCMSM-0068
Eata Electronic Nickel-Plated Conductive Fabric is a composite material mainly made from polyester fiber fabric electroplated with nickel metal. This material has good conductivity and electromagnetic shielding effect, widely used in various electronic and electromagnetic shielding fields.
Performance Characteristics:
- Conductivity: Nickel-plated conductive fabric has good conductivity, capable of effectively conducting current, suitable for occasions requiring conductive connections.
- Shielding Effect: The material surface is plated with conductive nickel metal, forming an effective electromagnetic shielding layer, capable of preventing electromagnetic interference and protecting normal operation of electronic devices.
- Anti-Oxidation and Anti-Corrosion: Nickel-plated conductive fabric has good anti-oxidation and anti-corrosion performance, capable of adapting to various complex environments and extending electronic product service life.
- Softness and Processability: Nickel-plated conductive fabric has good softness and processability, easy to process into various shapes and sizes, facilitating installation and use in electronic devices.
Manufacturing Process:
- Base Fabric Preparation: Select appropriate polyester fiber fabric, perform degreasing and roughening treatment to improve bonding force between nickel plating layer and base fabric.
- Nickel Plating: Deposit nickel layer on base fabric through electroplating method.
- Surface Treatment: Perform cleaning, drying and other post-treatment on plating layer to ensure product quality and performance.
Application Fields:
1. Electronic and Electromagnetic High-Radiation Work Clothes: Nickel-plated conductive fabric can be used to make professional shielding work clothes, providing protection for personnel engaged in electronic and electromagnetic high-radiation work.
2. Shielding Room Special Shielding Fabric: In places requiring strict control of electromagnetic environment, such as laboratories and hospitals, nickel-plated conductive fabric can be used as special shielding material for shielding rooms.
3. IT Industry Shielding Components: In the IT industry, nickel-plated conductive fabric can be used to make various shielding components, such as shielding covers and shielding pads, to improve electronic device anti-interference capability.
4. Radiation-Proof Curtains, Touch Screen Gloves, etc.: With people's increasing attention to health and quality of life, nickel-plated conductive fabric is also widely used in radiation-proof curtains, touch screen gloves and other daily necessities.
| Substrate Material | Polyester Fiber Fabric |
| Coating Material | Nickel (Ni) Metal Layer |
| Coating Technology | Electroplating / Chemical Plating |
| Key Features | Excellent conductivity, electromagnetic shielding, anti-oxidation, anti-corrosion, soft, easy to process, good processability, durable, corrosion resistant |
| Primary Applications | Electronic and electromagnetic high-radiation work clothes, shielding rooms, laboratories, hospitals, IT industry shielding components, shielding covers, shielding pads, radiation-proof curtains, touch screen gloves, daily necessities |
| Temperature Resistance | Moderate (depends on plating and fiber type) |
| Electrical Properties | Conductive (nickel metal plating layer) |
| Electromagnetic Shielding Performance | Effective EMI shielding (conductive nickel metal layer barrier) |
| Chemical / Corrosion Resistance | Excellent (anti-oxidation and anti-corrosion nickel metal protection) |
| Mechanical Properties | Soft, flexible, easy to process into various shapes, durable |
| Optical Properties / Reflectivity | Silver-gray metallic luster (nickel plating appearance) |
| Surface Quality | Smooth fabric surface with uniform nickel plating |
| Thickness Options | Customizable (various fabric thicknesses) |
| Size / Dimension Options | Customizable (roll width, sheet dimensions) |
| Customization Capabilities | Base fabric type, plating thickness, dimensions, plating layer combination, shielding level, color customizable |
| Processability / Workability | Easy to cut, sew, punch, and form; adaptable to various shapes and sizes |
| Flexibility | Excellent (fabric softness) |
| Weather Resistance / Environmental Stability | Excellent (anti-oxidation and anti-corrosion protection) |
| Moisture Absorption Rate | Low (polyester fiber hydrophobicity) |
| Thermal Expansion Coefficient (CTE) | Low (fiber matrix) |
| Melting Point | N/A (fiber decomposition temperature) |
| Density | Lightweight (fabric material) |
| Dielectric Properties | N/A (conductive material) |
| Frequency Range Suitability | Wideband (effective EMI shielding) |
| Wear / Abrasion Resistance | Good (fabric durability with nickel plating) |
| Adhesion Strength | N/A (mechanical mounting or sewing) |
| Aesthetic Appearance | Silver-gray metallic fabric appearance with smooth surface |
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