Products

Saint Ni Lightning Protection Nano Carbon Grounding Round Wire is designed for grounding networks that require reliable current transmission, mechanical strength, and corrosion protection in challenging soil conditions. It uses a solid galvanized steel core as the primary conductive path, while the outer nano-carbon coating provides additional protection against moisture, chloride ions, acidic and alkaline soil, and other corrosive media.

Saint Ni Lightning Protection supplies zinc coated steel grounding wire earth cable for conventional lightning protection and grounding projects where cost, availability, and straightforward installation are key purchasing considerations. Manufactured from low-carbon steel with a hot-dip galvanized surface, the product provides a continuous metallic path for lightning and fault-current dissipation while adding a protective zinc layer against normal atmospheric and soil exposure.

Saint Ni Lightning Protection Bare Copper Stranded Wire for Electrical Earthing is manufactured from high-purity oxygen-free copper and formed through precision multi-strand concentric twisting. Unlike rigid grounding conductors, its flexible structure allows the conductor to follow different installation paths while maintaining close contact with grounding equipment. The bare copper surface also provides direct metal-to-metal contact for grounding clamps, terminals, copper bars, and other conductive components.

Saint Ni Lightning Protection Insulated Copper Stranded Wire Yellow Green is designed primarily for the above-ground connection section between grounding electrodes and electrical equipment. Unlike bare copper grounding conductors that are installed for direct current dissipation, this product functions as a protected transition conductor after the grounding electrode exits the ground.

Saint Ni Lightning Protection manufactures Copper Clad Steel Stranded Wire for Grounding System for grounding networks that require a balance between electrical performance, mechanical strength, installation flexibility, and project cost. Unlike pure copper conductors, the product uses a low-carbon steel core with a metallurgically bonded copper layer, combining the strength of steel with the conductivity and corrosion resistance of copper.

Saint Ni Lightning Protection Copper Clad Aluminum Round Wire features a metallurgically bonded structure comprising a high-purity copper outer layer and an aluminum core, balancing electrical conductivity, lightweight properties, and cost-effectiveness. The product offers a copper layer conductivity of 62%–65% IACS and weighs approximately 38% of an equivalent pure copper wire for the same current-carrying capacity.