Copper Strip
Copper Strip for Electrical Parts
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Copper strip is used for terminals, connectors, busbars and other formed electrical parts. Select the grade and temper for conductivity, strength and forming, then define the edge and surface finish for stamping, plating or joining.
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Construction and specification
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| Item | Specification |
|---|---|
| Material construction | Specified copper grade and temper |
| Product form | Strip |
| Temper | Soft, half hard, hard, custom annealed |
| Surface | Bare copper, tin plated, nickel plated or embossed |
Explore the related product details for this material and product form.
Specification design factors
Drawing-defined specification
Geometry and performance
- Thickness, width and temper govern forming and stamping behavior.
- Edge profile, burr direction and rolling direction affect the finished part.
- Surface and joining conditions determine electrical contact at the connection.
Selection and processing
Use the catalog strip page for the dimensional reference. Identify the requested width and thickness with the drawing instead of combining ranges from different pages. Grade, temper, burr, grain direction and surface finish govern forming and joining.
Material and form references
Rolled strip, foil and flat wire are defined by material, temper, section and finished-part requirements. Their geometry and test methods differ from those of round wire.
Standards and product formsProduct questions
What is copper strip used for?
copper strip is used in electrical connectors, terminals, busbars, batteries, shielding, electronics and industrial assemblies where conductivity, formability and dimensional stability matter.
Which drawing details are needed for Copper Strip for Electrical Parts?
Width, thickness and tolerances. Edge condition, burr, surface and roll dimensions. Metal grade and temper. Surface finish or coating, joining method and inspection requirements. Quantity, spool or coil format, packaging and delivery destination.
What information is needed for a copper strip quotation?
Please provide material grade, thickness, width, temper, surface finish, annual demand, packaging preference and target application.
What affects strip forming and coil handling?
Thickness, width, temper and rolling direction govern forming response. Edge profile and burr direction affect the finished part. Camber describes lateral curvature; flatness describes departure from a plane, so the two address different processing effects.
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Prepare your inquiry
- Width, thickness and tolerances
- Edge condition, burr, surface and roll dimensions
- Metal grade and temper
- Surface finish or coating, joining method and inspection requirements
- Quantity, spool or coil format, packaging and delivery destination