Low Resistance Earthing Compound

Wallis copperbond earth rods offer installers the most economical method of achieving a low earth resistance. Each rod has a high tensile strength, low carbon steel core. 99.95% pure copper is applied electrolytically and forms a metallurgical bond between the steel core and the copper. This combination makes the rod ideal for deep driving whilst also provides lasting resistance to corrosion.These Wallis high strength couplings are used for joining copperbond threaded earth rods together. They facilitate deep driving and ensure continual contact between the rods both during and after installation.The driving head protects the internal thread and the top of the solid copper earth rod from damage.These driving spikes enable solid copper earth rods to be driven easily into the ground.The stainless steel coupling dowel is used for joining stainless steel earth rods together.These clamps are used for joining earth rods to different sizes of standed copper conductir. The clamps have a high resistance to corrosion and are mechanically strong to ensure a lasting connection.Solid copper plates provide a long lasting earthing solution in palces where driving earth rods might be impractical. They are often installed in conjunction with Low-Resistance Earthing Compound or Bentonite.They are often used for potential grading and are a preferred option on installations such as telecommunications towers, where touch and step potential could cause problems.It is a grey, fine granular material used in place of other concrete aggregates such as sand. When mixed with cement and water it forms a permanent, electrically conductive concrete. The conductive concrete is ideal for use in difficult ground conditions. It is a permanent, stable and maintenance free solution to obtaining a low resistivity earth.

For more information on Low Resistance Earthing Compound talk to A.N. Wallis & Co Ltd