Driven by the global energy transition and "Net Zero" carbon goals, modern power grids demand higher transmission efficiency and lower construction costs. Leveraging deep expertise in bimetallic composite materials, FISSOT provides innovative conductor solutions for global power transmission and distribution projects.
We are committed to breaking through material science boundaries to reduce transmission loss, extend infrastructure lifespan, and empower the "Power Highways" of the future. Our conductors overcome the limitations of traditional single-material solutions through advanced composite technology that optimizes electrical performance while ensuring mechanical reliability.
Recommand Product
COPPER CLAD ALUMINUM WIRE
Read MoreWhy Choose FISSOT?
Skin Effect Optimization
Specifically designed for high-voltage AC transmission, our Copper-Clad Aluminum (CCA) composites concentrate high-conductivity copper on the surface. This achieves electrical performance comparable to pure copper while significantly reducing material costs.
Superior Strength-to-Weight Ratio
For large-span transmission tower projects, our composite conductors are over 40% lighter than pure copper. This drastically reduces the mechanical load on towers, allowing for increased span lengths and lower civil engineering costs.
Exceptional Corrosion Resistance
Our proprietary metallurgical bonding technology ensures a void-free interface between copper and aluminum. Combined with high-performance outer protection, it resists erosion from coastal salt spray and industrial pollution.
Thermal Stability
Optimized alloy formulas ensure stable mechanical strength even under high-load temperatures, preventing safety hazards caused by excessive conductor sag.
Cost-Effective Grid Solutions
Our composite conductors offer 30%+ lower CAPEX compared to traditional copper, with simplified installation and reduced maintenance requirements throughout the lifecycle.
Our Certificate
