1. Special Material Composition
Some types are manufactured using copper-aluminum composite metal strips, with a copper-aluminum bonding strength ≥100MPa. This design combines the excellent electrical conductivity of copper with the lightweight and corrosion-resistant properties of aluminum, making it ideal for high-current transmission scenarios while reducing structural weight and enhancing environmental adaptability.
2. Structural Design
Typically consists of a conductor-carrying plate, pressure block, suspension assembly, and fasteners:
The conductor-carrying plate and pressure block are equipped with two wire grooves, separated by a flat surface and through-holes.
Wires are fixed via fasteners through the through-holes, ensuring secure clamping.
The suspension assembly is centrally positioned on the flat surface between the two wire grooves of the conductor-carrying plate, providing balanced mechanical support and precise alignment for overhead installation.
3. Low Resistance and Heat Generation
For example, the XTS suspension clamp using copper-aluminum composite metal strips exhibits lower electrical resistance and heat generation compared to traditional aluminum alloy or ferromagnetic products. This reduces power loss during transmission—tests show a 15-20% reduction in energy dissipation under rated load—thereby improving transmission efficiency and minimizing thermal stress on conductors and equipment