High Conductivity Copper Clad Steel Flat Bar for Lightning Protection & Grounding Systems

Introducing the premium Copper Clad Steel Flat Bar by Hai Tang, engineered for robust and reliable performance in critical lightning protection and grounding applications. Manufactured in Hebei, China, this innovative product combines the superior strength and cost-effectiveness of a steel core with the exceptional conductivity and corrosion resistance of a thick copper cladding. This hybrid construction delivers a durable, long-lasting solution that performs reliably in harsh environments.

Our copper plated flat bar is designed specifically for grounding systems, offering a high-conductivity path to safely dissipate electrical surges, fault currents, and lightning strikes into the earth. Available with full customization in length and logo, and supporting OEM/ODM services, we provide tailored solutions to meet the precise specifications of your project. Choose Hai Tang for a grounding conductor that balances performance, durability, and value.

Key Specifications Table

• Lightning Protection Systems (LPS): Used as down conductors and bonding conductors to safely channel high-current lightning strikes from air terminals to the grounding grid.

• Electrical Grounding Grids: Serves as a primary conductor in grounding mats and meshes for substations, power plants, telecommunication towers, and industrial facilities.

• Utility & Infrastructure Projects: Ideal for grounding in railway systems, wind turbine foundations, and cell phone tower sites.

• Building & Construction: Implemented in the grounding systems of commercial, industrial, and residential buildings for safety and equipment protection.

• Retrofit & Maintenance: A cost-effective and durable solution for upgrading or repairing existing grounding installations.

The Copper Clad Steel Flat Bar operates on the principle of providing a low-impedance, preferential path to earth. In a lightning strike or electrical fault, a massive amount of electrical energy seeks the easiest route to the ground. The thick outer copper layer of our flat bar offers excellent surface conductivity, efficiently carrying this current. The robust steel core provides high tensile strength, preventing breakage under mechanical stress (like frost heave or installation tension) and thermal stress from high currents. This synergy ensures the grounding conductor remains intact and functional for decades, safely protecting structures, equipment, and personnel by preventing dangerous voltage build-ups.