Earth Rods

Ground rods for creating earth electrodes in buried earthing systems, fault protection systems, and lightning protection installations.

Earth rods are driven into the ground to create an electrical connection with the soil. They provide a path for fault currents and support grounding, equipotential bonding, surge protection, and lightning protection systems. Selection depends on soil resistance, rod material, rod diameter, rod length, corrosion resistance, and testing access.

Product Range

Copper-Bonded Earth Rods

Durable rods with a copper-bonded surface for good conductivity and corrosion resistance.

  • Common grounding electrode type
  • Good corrosion resistance
  • Suitable for buried installation

Galvanised Earth Rods

Steel earth rods with galvanised protection for economical grounding installations.

  • Cost-effective solution
  • Steel core strength
  • General grounding applications

Stainless Steel Earth Rods

Corrosion-resistant earth rods for aggressive soil conditions and long-service installations.

  • High corrosion resistance
  • Harsh soil environments
  • Long-term durability

Rod Couplers

Threaded couplers used to extend earth rods and reach deeper grounding layers.

  • Rod extension connection
  • Deep electrode installation
  • Mechanical continuity

Driving Studs & Tips

Accessories used to protect rod threads and support installation into the ground.

  • Driving head protection
  • Pointed rod tips
  • Installation support

Earth Rod Kits

Complete kits combining rods, clamps, couplers, tips, and inspection accessories.

  • Complete grounding set
  • Rod and clamp combination
  • Serviceable installation

Technical Selection Guide

Application Building earthing systems, distribution boards, lightning protection, surge protection, industrial installations, technical rooms, and equipotential bonding networks.
Typical Products Copper-bonded earth rods, galvanised earth rods, stainless steel rods, rod couplers, driving studs, pointed tips, clamps, and earth rod kits.
Installation Type Driven earth electrode installation, buried grounding systems, deep rod installation, inspection pit connection, and test point integration.
Technical Considerations Soil resistivity, target earth resistance, rod length, rod diameter, material, corrosion resistance, coupling method, clamp compatibility, and accessibility for testing.