Product Entity
CCS Stranded Wire
Copper clad steel stranded wire for conductor systems requiring mechanical strength, copper surface conductivity and installation flexibility.
CCS stranded wire should be positioned for high-strength cable, grounding and conductor systems after structure validation.
Entity Definition
CCS stranded wire extends Raytron’s CCS platform into conductor systems that need strand structure and mechanical reliability. Status: Current platform product. CCS stranded wire should be positioned for high-strength cable, grounding and conductor systems after structure validation.
Known As
Core Specification Fields
- Strategic family: Copper Clad Steel Conductors
- Material system: Copper Clad Steel
- Product form: Stranded wire
- Status: Current platform product
- Material system: Copper clad steel (CCS)
- Strength target: Specified by tensile strength, steel core and application load
- Conductivity: Defined by copper layer and product form
- Forms: Round wire, stranded wire, narrow foil and shaped conductors
- Use environment: Grounding, cable, rail, connector or high-vibration signal use
Entity FAQ
What is CCS Stranded Wire?
CCS Stranded Wire is part of Raytron's copper-aluminum composite PV ribbon and clad conductor strategy. It is specified by material system, product form, geometry, application and commercial status.
Is CCS Stranded Wire a current mass-production product?
CCS stranded wire should be positioned for high-strength cable, grounding and conductor systems after structure validation.
What applications are relevant for CCS Stranded Wire?
CCS Stranded Wire is relevant for Grounding networks, Telecom grounding, Infrastructure conductors, Cable conductor systems and related engineered conductor applications where the material tradeoff is validated.
What information should be included in an RFQ for CCS Stranded Wire?
Include product form, dimensions, material ratio or layer requirement, target conductivity or strength, application environment, annual demand, packaging and any test or certification requirement.