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Double Sided Electrolytic Nickel Plated Copper Sheet For Battery

Double Sided Electrolytic Nickel Plated Copper Sheet For Battery

Place Of Origin
China
Brand Name
OEM
Certification
ISO / SGS / RoHS
Minimum Order Quantity
50kg
Price
Negotiable
Packaging Details
Exporting Wooden Case
Delivery Time
10 - 15 Days
Payment Terms
L/C, T/T
Supply Ability
550T Per Month

Product Details

Highlight:

0.012mm Nickel Plated Copper Sheet

,

600mm Nickel Plated Copper Sheet

,

0.15mm Nickel Plated Copper Sheet

Nickel: Weldable Nickel Plating
Shape: In Good Shape Of Coil
Temper: Customized
Softening Temperature: Around 380℃
Width: ≤600mm (≤23.62inches)
Advantage: Good Appreance Concistency
Craft: Nickel
Alloy Or Not: Non-alloy
Material: Nickel,copper
Application: Battery, Industrial
Product Description
Detailed Specifications And Features

Double Sided Electrolytic Nickel Plated Copper Sheet For Battery

 

 

1. Base Material Width Range:

 

 We can produce different width Nickel copper foil . The width width is less than 600mm. Also ,we can slit different widths for customers.

 

2. Base Material Temper:

 

According to customer requirements, we can produce soft ,and hard products. The temper refers to the base material. Because the nickel is pated on the surface of RA copper foil.  

 

3. Application:

 

1) Shielding material for communication electronics
2) Antenna material
3) EMI-shielding material
4) Spring contact
5) Flexible terminal
6) Environmentally-friendly plating-free electronic parts and components
7) Quartz oscillator
8) High-level material
9) Electric material

 

4. Performance Parameters:

 
Items Weldable Nickel Plating
Width Range ≤600mm (≤23.62inches)
Thickness Range 0.012~0.15mm (0.00047inches~0.0059inches)
Nickel Layer Thickness ≥0.4µm
Nickel Content of Nickel Layer 80~90% (Can adjust tin content according to customer welding process)
Surface Resistance of Nickel Layer (Ω) ≤0.1
Adhesion 5B
Tensile Strength Base Material Performance Attenuation after Plating ≤10%
Elongation Base Material Performance Attenuation after Plating ≤6%
 

 

 

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