Weight savings is more important than ever to improve mileage ratings for ICE-equipped vehicles and extended range for EV’s.
Copperweld’s suite of stranded conductors, unlike copper, are optimized for the needs of vehicle architecture. Our bimetallic conductors are perfect for low-ampacity energy data and signal circuits or high-ampacity applications like battery cables that require mechanical strength and greater voltage capacity. Consider Copperweld’s range of ISO- and SAE-approved conductors to help meet your targets for weight, packaging and reliability.
Copperweld CCS is 10% lighter than copper while providing 2x tensile and break-load strength. This allows vehicle architecture engineers to specify smaller a diameter wire that maintains mechanical strength without sacrificing reliability.
Copperweld CCA provides engineers with a lightweight alternative to large copper power conductors while utilizing traditional connection systems not suitable for aluminum wire. When sized for equivalent ampacity, Copperweld CCA provides weight savings of 40%.
Engine Applications:
Copperweld’s coaxial central core product line of CCS conductors provide coaxial cable manufacturers with the strongest, most reliable medium for specialty coaxial cable designs.
Copperweld’s CCS resistance wire provides significant benefits over typical coppery alloys in tensile strength and break-load strength, making them the perfect choice for applications that involve stretching, bending, beating, heat and humidity. Our wire is available in both SAE and ISO wire sizes, annealed or hard-drawn.
Copperweld’s suite of CCS and CCA primary wire provides engineers with a better alternative to optimize vehicle electrical architectures. Our wire is available in both SAE and ISO wire sizes, bare or insulated in PVC or XLPE, annealed or hard-drawn in 10% and 15% copper volumes (CCA) or 40% conductivity (CCS).
Copperweld’s suite of CCA conductors can reduce cable weight up to 40% and optimize energy efficiencies of the entire architecture, generating less heat. Our wire is available in both SAE and ISO wire sizes, bare or insulated, annealed or hard-drawn in 10% and 15% copper volumes (CCA).
Copperweld’s suite of CCA conductors can reduce cable weight up to 40% and optimize energy efficiencies of the entire architecture, generating less heat. Our wire is available in both SAE and ISO wire sizes, bare or insulated, annealed or hard-drawn in 10% and 15% copper volumes (CCA).
As circuit counts increase to accommodate the technology necessary in today’s construction and agricultural equipment, packaging space for wire harnesses is at an all-time premium.
Copperweld’s suite of stranded conductors, unlike copper, are optimized for the needs of vehicle architecture. Our bimetallic conductors are perfect for low-ampacity energy data and signal circuits or high-ampacity applications like battery cables that require mechanical strength and greater voltage capacity. Consider Copperweld’s range of ISO- and SAE-approved conductors to help meet your targets for weight, packaging and reliability.
Copperweld CCS provides 2X more tensile and break-load strength than traditional copper conductors. This allows engineers to design smaller wires for data and signal applications, resulting in significant bundle diameter reductions.
Copperweld CCA provides engineers with a lightweight alternative to large copper power conductors while utilizing traditional connection systems not suitable for aluminum wire. When sized for equivalent ampacity, Copperweld CCA provides weight savings of 40%.
Copperweld’s coaxial central core product line of CCS conductors provide coaxial cable manufacturers with the strongest, most reliable medium for specialty coaxial cable designs.
Copperweld’s CCS resistance wire provides significant benefits over typical coppery alloys in tensile strength and break-load strength, making them the perfect choice for applications that involve stretching, bending, beating, heat and humidity. Our wire is available in both SAE and ISO wire sizes, annealed or hard-drawn.
Copperweld’s suite of CCS and CCA primary wire provides engineers with a better alternative to optimize vehicle electrical architectures. Our wire is available in both SAE and ISO wire sizes, bare or insulated in PVC or XLPE, annealed or hard-drawn in 10% and 15% copper volumes (CCA) or 40% conductivity (CCS).
Copperweld’s suite of CCA conductors can reduce cable weight up to 40% and optimize energy efficiencies of the entire architecture, generating less heat. Our wire is available in both SAE and ISO wire sizes, bare or insulated, annealed or hard-drawn in 10% and 15% copper volumes (CCA).
Copperweld’s suite of CCA conductors can reduce cable weight up to 40% and optimize energy efficiencies of the entire architecture, generating less heat. Our wire is available in both SAE and ISO wire sizes, bare or insulated, annealed or hard-drawn in 10% and 15% copper volumes (CCA).
Copperweld’s product line of CCS and CCA conductors provide commercial truck manufactures with the strongest, most reliable conductors for high-service-life vehicles.
Copperweld’s suite of stranded conductors, unlike copper, are optimized for the needs of vehicle architecture. Our bimetallic conductors are perfect for low-ampacity energy data and signal circuits or high-ampacity applications like battery cables that require mechanical strength and greater voltage capacity. Consider Copperweld’s range of ISO- and SAE-approved conductors to help meet your targets for weight, packaging and reliability.
Copperweld CCS provides a steel core that offers exceptional tensile strength, resiliency and elongation, providing 2X the tensile and break-load strength of traditional copper conductors.
Copperweld CCA provides engineers with a lightweight alternative to large copper power conductors while utilizing traditional connection systems not suitable for aluminum wire. When sized for equivalent ampacity, Copperweld CCA provides weight savings of 40%.
Copperweld’s coaxial central core product line of CCS conductors provide coaxial cable manufacturers with the strongest, most reliable medium for specialty coaxial cable designs.
Copperweld’s CCS resistance wire provides significant benefits over typical coppery alloys in tensile strength and break-load strength, making them the perfect choice for applications that involve stretching, bending, beating, heat and humidity. Our wire is available in both SAE and ISO wire sizes, annealed or hard-drawn.
Copperweld’s suite of CCS and CCA primary wire provides engineers with a better alternative to optimize vehicle electrical architectures. Our wire is available in both SAE and ISO wire sizes, bare or insulated in PVC or XLPE, annealed or hard-drawn in 10% and 15% copper volumes (CCA) or 40% conductivity (CCS).
Copperweld’s suite of CCA conductors can reduce cable weight up to 40% and optimize energy efficiencies of the entire architecture, generating less heat. Our wire is available in both SAE and ISO wire sizes, bare or insulated, annealed or hard-drawn in 10% and 15% copper volumes (CCA).
Copperweld’s suite of CCA conductors can reduce cable weight up to 40% and optimize energy efficiencies of the entire architecture, generating less heat. Our wire is available in both SAE and ISO wire sizes, bare or insulated, annealed or hard-drawn in 10% and 15% copper volumes (CCA).
Copperweld’s product line of CCS and CCA conductors provide coach and bus manufactures with the strongest, most reliable conductors for high-service-life vehicles.
Copperweld’s suite of stranded conductors, unlike copper, are optimized for the needs of vehicle architecture. Our bimetallic conductors are perfect for low-ampacity energy data and signal circuits or high-ampacity applications like battery cables that require mechanical strength and greater voltage capacity. Consider Copperweld’s range of ISO- and SAE-approved conductors to help meet your targets for weight, packaging and reliability.
Copperweld CCS provides a steel core that offers exceptional tensile strength, resiliency and elongation, providing 2X the tensile and break-load strength of traditional copper conductors.
Copperweld CCA provides engineers with a lightweight alternative to large copper power conductors while utilizing traditional connection systems not suitable for aluminum wire. When sized for equivalent ampacity, Copperweld CCA provides weight savings of 40%.
Copperweld’s coaxial central core product line of CCS conductors provide coaxial cable manufacturers with the strongest, most reliable medium for specialty coaxial cable designs.
Copperweld’s CCS resistance wire provides significant benefits over typical coppery alloys in tensile strength and break-load strength, making them the perfect choice for applications that involve stretching, bending, beating, heat and humidity. Our wire is available in both SAE and ISO wire sizes, annealed or hard-drawn.
Copperweld’s suite of CCS and CCA primary wire provides engineers with a better alternative to optimize vehicle electrical architectures. Our wire is available in both SAE and ISO wire sizes, bare or insulated in PVC or XLPE, annealed or hard-drawn in 10% and 15% copper volumes (CCA) or 40% conductivity (CCS).
Copperweld’s suite of CCA conductors can reduce cable weight up to 40% and optimize energy efficiencies of the entire architecture, generating less heat. Our wire is available in both SAE and ISO wire sizes, bare or insulated, annealed or hard-drawn in 10% and 15% copper volumes (CCA).
Copperweld’s suite of CCA conductors can reduce cable weight up to 40% and optimize energy efficiencies of the entire architecture, generating less heat. Our wire is available in both SAE and ISO wire sizes, bare or insulated, annealed or hard-drawn in 10% and 15% copper volumes (CCA).
Copperweld’s product line of CCS and CCA conductors provide recreational vehicle manufacturers with the strongest, most reliable wires available — ideal for the extreme conditions encountered in today’s off-road vehicle market.
Copperweld’s suite of stranded conductors, unlike copper, are optimized for the needs of vehicle architecture. Our bimetallic conductors are perfect for low-ampacity energy data and signal circuits or high-ampacity applications like battery cables that require mechanical strength and greater voltage capacity. Consider Copperweld’s range of ISO- and SAE-approved conductors to help meet your targets for weight, packaging and reliability.
Copperweld CCS provides a steel core that offers exceptional tensile strength, resiliency and elongation, providing 2X the tensile and break-load strength of traditional copper conductors.
Copperweld CCA provides engineers with a lightweight alternative to large copper power conductors while utilizing traditional connection systems not suitable for aluminum wire. When sized for equivalent ampacity, Copperweld CCA provides weight savings of 40%.
Copperweld’s coaxial central core product line of CCS conductors provide coaxial cable manufacturers with the strongest, most reliable medium for specialty coaxial cable designs.
Copperweld’s CCS resistance wire provides significant benefits over typical coppery alloys in tensile strength and break-load strength, making them the perfect choice for applications that involve stretching, bending, beating, heat and humidity. Our wire is available in both SAE and ISO wire sizes, annealed or hard-drawn.
Copperweld’s suite of CCS and CCA primary wire provides engineers with a better alternative to optimize vehicle electrical architectures. Our wire is available in both SAE and ISO wire sizes, bare or insulated in PVC or XLPE, annealed or hard-drawn in 10% and 15% copper volumes (CCA) or 40% conductivity (CCS).
Copperweld’s suite of CCA conductors can reduce cable weight up to 40% and optimize energy efficiencies of the entire architecture, generating less heat. Our wire is available in both SAE and ISO wire sizes, bare or insulated, annealed or hard-drawn in 10% and 15% copper volumes (CCA).
Copperweld’s suite of CCA conductors can reduce cable weight up to 40% and optimize energy efficiencies of the entire architecture, generating less heat. Our wire is available in both SAE and ISO wire sizes, bare or insulated, annealed or hard-drawn in 10% and 15% copper volumes (CCA).
Copperweld’s product line of CCS and CCA conductors provide commercial/industrial equipment manufacturers with the strongest, most reliable conductors available for the repetitive demands encountered in manufacturing operations.
Copperweld’s suite of stranded conductors, unlike copper, are optimized for the needs of vehicle architecture. Our bimetallic conductors are perfect for low-ampacity energy data and signal circuits or high-ampacity applications like battery cables that require mechanical strength and greater voltage capacity. Consider Copperweld’s range of ISO- and SAE-approved conductors to help meet your targets for weight, packaging and reliability.
Copperweld CCS provides a steel core that offers exceptional tensile strength, resiliency and elongation, providing 2X the tensile and break-load strength of traditional copper conductors.
Copperweld CCA provides engineers with a lightweight alternative to large copper power conductors while utilizing traditional connection systems not suitable for aluminum wire. When sized for equivalent ampacity, Copperweld CCA provides weight savings of 40%.
Copperweld’s coaxial central core product line of CCS conductors provide coaxial cable manufacturers with the strongest, most reliable medium for specialty coaxial cable designs.
Copperweld’s CCS resistance wire provides significant benefits over typical coppery alloys in tensile strength and break-load strength, making them the perfect choice for applications that involve stretching, bending, beating, heat and humidity. Our wire is available in both SAE and ISO wire sizes, annealed or hard-drawn.
Copperweld’s suite of CCS and CCA primary wire provides engineers with a better alternative to optimize vehicle electrical architectures. Our wire is available in both SAE and ISO wire sizes, bare or insulated in PVC or XLPE, annealed or hard-drawn in 10% and 15% copper volumes (CCA) or 40% conductivity (CCS).
Copperweld’s suite of CCA conductors can reduce cable weight up to 40% and optimize energy efficiencies of the entire architecture, generating less heat. Our wire is available in both SAE and ISO wire sizes, bare or insulated, annealed or hard-drawn in 10% and 15% copper volumes (CCA).
Copperweld’s suite of CCA conductors can reduce cable weight up to 40% and optimize energy efficiencies of the entire architecture, generating less heat. Our wire is available in both SAE and ISO wire sizes, bare or insulated, annealed or hard-drawn in 10% and 15% copper volumes (CCA).
Check out our library of articles, updates, whitepapers and videos.
Copperweld's friendly sales team is ready to fill your order or help you select products to deliver the performance you need.
Follow us on your favorite social platforms:
Sign up for Copperweld news to learn about the latest industry updates, events, product releases, videos and technical documents.
