Copper Clad Steel Grounding Rod

Application

High-performance grounding systems: Used in power substations, industrial plants, and high-reliability grounding networks.

Lightning protection grounding: Works with lightning rods and down conductors to form a complete lightning protection grounding system.

Communication base station grounding: Used in telecom towers and communication facilities.

Building and infrastructure grounding: Applied in commercial buildings, public infrastructure, and large-scale projects.

Corrosion-resistant grounding: Suitable for areas with moderate corrosion where stable conductivity is required.

Advantage

• Excellent conductivity: Copper surface provides low resistance and stable grounding performance.
• High strength: Steel core ensures strong mechanical strength and durability.
• Corrosion resistance: Copper cladding resists soil corrosion and extends service life.
• Cost-effective: Combines copper conductivity with steel strength at a lower cost than pure copper.
• Reliable grounding: Suitable for long-term grounding systems and lightning protection networks.

FAQ

• Q: What is a copper clad steel grounding rod?

  A: It is a grounding rod with a steel core and a copper coating, combining strength and conductivity.

• Q: Why use copper clad steel instead of pure copper?

  A: It offers high strength at lower cost while maintaining good conductivity and corrosion resistance.

• Q: Where is it typically used?

  A: Used in power systems, industrial grounding, and lightning protection projects.

• Q: Is it corrosion-resistant?

  A: Yes, copper coating provides strong corrosion resistance in most soil conditions.

• Q: Can it be installed in rocky soil?

  A: Yes, but it may require pre-drilling or using a pointed rod design for easier installation.

• Q: How do you connect multiple rods?

  A: Usually connected using threaded couplers or exothermic welding for permanent connections.

• Q: What is the typical length?

  A: Common lengths are 1.5m, 2m, 2.5m, and 3m depending on project needs.

• Q: Can it be used for lightning protection grounding?

  A: Yes, it is widely used in lightning protection grounding networks due to its stable conductivity.