Solution · Automotive & Telecom

Copper-clad steel conductors engineered for weight savings and cost efficiency.

From automotive wiring harnesses to telecom coaxial cores, CladCore CCS drops copper mass by up to 40% without sacrificing RF conductivity or termination reliability.

-30%
Weight
+40%
Strength
60%
Cost Saving
How it works

From specification to serial supply.

01

Specification review

Send your drawing, target IACS grade, and application. A CladCore engineer confirms feasibility within 24 hours.

02

Sample and validation

Prototype reels ship within 10 days for pilot-line and incoming inspection validation.

03

Serial supply

Ramp to production with dedicated line capacity, mill test certificates and full traceability.

Automotive wiring harness assembly
EEAT case study · Failure analysis

Fretting corrosion in a European Tier-1 harness — root cause and fix.

A European Tier-1 harness supplier faced field returns after 18 months of service. CladCore engineers ran a full micrograph teardown, isolated the failure mode, and re-specified the conductor. Warranty returns dropped 92% over the following 24 months.

  • Root cause
    Strand-to-strand fretting corrosion at tin-plated copper terminations under engine-bay vibration.
  • Solution
    Substituted CCS 40% with 3 um tin overplate — higher tensile core eliminated micro-motion at the crimp.
  • Outcome
    92% reduction in warranty returns over 24 months; conductor now standardised across three vehicle platforms.
FAQ

Frequently asked

We follow USCAR-2 crimp qualification, IATF 16949-aligned PPAP Level 3 documentation, and a 500-hour thermal cycle validation. Sample reels ship within 10 days for pilot-line testing.

Have a specification? We'll benchmark it.

Send your drawing or a photo of the conductor you're benchmarking. A CladCore application engineer replies within one business day.

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