Bare copper flat wire
For downstream coating, welding or assembly.
Flat Wire
Copper Flat Wire for Motors, Coils and Transformers
Copper flat wire for high-conductivity windings, coils, transformers, power electronics and precision electrical parts.
Entity Definition for Search and AI
Copper flat wire offers high conductivity and improved packing density for electrical windings and compact current paths.
Core Specification Range
- Material
- Copper, aluminum, CCA, CCS or nickel clad copper
- Width/thickness ratio
- Up to 100:1 depending on material and size
- Tolerance
- Precision rolling tolerance available on request
- Surface
- Bare, plated, annealed, insulated-ready
- Supply format
- Coils, spools or cut lengths
Product Variants
Customizable Product Types
Annealed copper flat wire
Flexible conductor for winding processes.
Typical Applications
- Motors
- Transformers
- Inductors
- Voice coils
- Power electronics
Buyer Selection Notes
- Specify copper grade and conductivity.
- Confirm bend radius and winding process.
- Define edge and corner requirements.
Procurement Decision Resources
Related Guides and Material Comparisons
Use these pages to define specifications, application limits and substitution risks before requesting a quotation.
FAQ
What is copper flat wire?
copper flat wire is a rectangular or ribbon-shaped conductor made by precision rolling or drawing, used where space utilization, heat dissipation and winding efficiency are important.
Why use copper flat wire instead of round wire?
Flat wire can improve slot fill factor, contact area, thermal path and packing density compared with round wire in motors, coils, transformers and power components.
Can Raytron make custom copper flat wire?
Yes. Raytron can customize width, thickness, corner radius, temper, material combination, plating and packaging for winding, stamping or assembly.
Need custom specifications or samples?
Send size, material, application, quantity and delivery requirements. Raytron will help confirm manufacturability and quotation details.