FISSOT® engineers and manufactures premium bimetallic composite wires designed for demanding industrial applications.
Utilizing advanced cold cladding and metallurgical bonding technologies, our single-wire solutions replace traditional solid conductors by delivering three core advantages:
Explore our high-performance Copper Clad Steel (CCS), Copper Clad Aluminum (CCA), and nickel clad copper (NCC) engineered for extreme reliability.
FISSOT® Silver-Plated Copper-Clad Steel (SCCS) Wire is an ultra-high-performance bimetallic conductor precision-engineered for military-grade electronics, aerospace telecommunications, high-end RF coaxial…
FISSOT® Tin-Plated Copper-Clad Steel (TCCS) Wire is an innovative, high-performance bimetallic conductor engineered specifically for electronic component leads, RF communication…
FISSOT® Blackened CCS Wire is an innovative, highly secure bimetallic conductor engineered specifically for utility grounding grids, remote transmission towers,…
FISSOT® Nickel Clad Copper (NCC) Wire is a high-performance bimetallic conductor specifically engineered for extreme thermal and corrosive environments. Utilizing…
FISSOT® CCA Wire is the ultimate bimetallic solution, engineered to deliver high-performance conductivity at a fraction of the weight and…
FISSOT® CCS Wire is a high-strength bimetallic conductor that fuses the superior conductivity of copper with the rugged durability of…
Unlike traditional electroplating, FISSOT® utilizes state-of-the-art cold cladding and continuous welding processes to achieve a permanent metallurgical bond between the core and the outer layer.
This ensures our bimetallic products do not flake, crack, or delaminate under extreme mechanical stress or rigorous drawing processes.
Selecting the right bimetallic conductor depends on your specific requirements for tensile strength, weight, and environmental resistance. Here is how our core materials compare:
| Material | Core Advantage | Primary Applications |
|---|---|---|
| Copper Clad Steel (CCS) | High mechanical strength & durability | Automotive wire harnesses, Grounding systems, wire-guided ammunition, utility grids |
| Copper Clad Aluminum (CCA) | Extreme weight reduction & flexibility | RF coaxial cables, Network cables, Telephone lines, Lighting wiring, Power distribution systems, Motor windings, Solar panels |
| Nickel Clad Copper (NCC) | Superior high-temperature & corrosion resistance | Advanced battery applications, alkaline electrolyzers |
Transitioning from pure solid copper to bimetallic alternatives provides immediate material cost savings and logistical efficiency.
To see the exact financial and weight-saving impact for your specific project, we recommend using our interactive Value Engineering Calculator.
FISSOT materials are rigorously tested to meet strict international manufacturing standards, ensuring your infrastructure achieves the highest Return on Investment (ROI).
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