Nickel metal has high stability in air, strong passivation ability, can form a very thin passivation film in air, can resist the corrosion of alkali and acids, so that the product is chemically stable in work and alkaronment, not easy to discolor, can only be oxidized above 600 ℃; nickel plating layer has strong adhesion, not easy to fall off; nickel plating layer can make the surface of material harder, can improve the product wear resistance and acid and alkali corrosion resistance, the product wear resistance, corrosion, rust prevention performance is exnt. Due to the high surface hardness of nickel plated products, nickel plated crystals are extremely fine, with high polishability, polishing can reach the mirror appearance, in the atmosre can be maintained in the long term clean, so it is also commonly used for decoration. The nickel plated copper foil produced by CIVEN METAL has a very good surface finish and a flat shape. They are also degreased and can be easily laminated with other materials. At the same time, we can also customize our nickel-plated copper foil by annealing and slitting according to customer requirements.
Base Material:
High-precision Rolled Copper Foil (JIS:C1100/ASTM:C11000) Cu content more than 99.96%
Base Material Thickness Range:
0.012mm~0.15mm (0.00047inches~0.0059inches)
Base Material Width Range:
≤600mm (≤23.62inches)
Base Material Temper:
According to customer requirements
Application:
Electrical appliances, electronics, batteries, communications, hardware and other industries;
Performance Parameters:
Items | Wieldable Nickel Plating | Non-weld Nickel Plating |
Width Range | ≤600mm (≤23.62inches) | |
Thickness Range | 0.012~0.15mm (0.00047inches~0.0059inches) | |
Nickel Layer Thickness | ≥0.4µm | ≥0.2µm |
Nickel Content of Nickel Layer | 80~90% (Can adjust nickel content according to customer welding process) | 100% Pure Nickel |
Surface Resistance of Nickel Layer (Ω) | ≤0.1 | 0.05~0.07 |
Adhesion | 5B | |
Tensile Strength | Base Material Performance Attenuation after Plating ≤10% | |
Elongation | Base Material Performance Attenuation after Plating ≤6% | |
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