Products

Saint Ni Lightning Protection’s Rare Earth Alloy Flat Bar for Grounding is an integrated grounding conductor designed for horizontal grounding grids in power, renewable energy, telecommunications, industrial, and building projects. Rather than depending on an external galvanized or electroplated protective layer, it uses an integrated aluminum-copper alloy structure modified with precisely controlled rare-earth elements.

Saint Ni Lightning Protection’s Graphene Conductive Flat Strip for Earthing is a flexible grounding conductor developed for projects where corrosion resistance, installation adaptability, and stable current dissipation are equally important. It combines a high-strength rare-earth alloy core with a high-purity graphene conductive protective layer, creating a dual-function structure for electrical conduction and environmental protection.

Saint Ni Lightning Protection manufactures corrosion-resistant grounding materials for power, renewable energy, chemical, and infrastructure projects. The Nano Carbon Grounding Flat Strip uses galvanized flat steel as the internal conductive and structural core, combined with a high-density nano-carbon conductive anti-corrosion coating on the surface.

Saint Ni Lightning Protection’s Copper Clad Steel Grounding Wire Round Type is a composite grounding conductor developed for grounding-grid connection and current-dissipation applications. It combines a conductive copper surface with a high-strength steel core, making it suitable for horizontal grounding conductors, grounding-electrode interconnections, lightning down conductors, and equipotential bonding. Its round profile and coil supply format make it especially convenient for long-distance grounding routes, curved trenches, mountainous sites, and large outdoor electrical projects.

Saint Ni Lightning Protection’s Graphene Grounding Wire for Lightning Protection is a non-metallic grounding conductor developed for lightning protection systems in power, renewable energy, telecommunications, chemical, and construction projects. Its carbon-based conductive structure provides a lightweight alternative to conventional metal grounding conductors, especially where corrosion, difficult access, or limited excavation makes traditional grounding installation challenging. It is designed for use with vertical grounding electrodes, grounding modules, and mechanical connection systems.

Saint Ni Lightning Protection Rare Earth Alloy Grounding Wire High Conductivity is a metal grounding conductor developed for power, renewable energy, telecommunications, and industrial lightning protection projects. It uses an aluminum-copper alloy matrix with trace rare-earth elements such as lanthanum and cerium, combining electrical conductivity, corrosion resistance, mechanical strength, and lightweight handling. Complying with DL/T 1918-2018, its conductivity can reach 40%–85% IACS, making it suitable for lightning current dissipation and long-term grounding applications.