Lightning Protection Materials are used to protect a building or facility from the devastating effect of lightening, electrical short circuits, leakage currents & the after effects. A lightning strike carries with it, electric potential in thousands of volts, which could destroy any structure & people within. If not grounded properly, the massive surge of electric power will damage the building, costly equipments within and people. Earthing & Lightning Protection Materials, which are made of high quality copper and copper alloys acts, when installed on the building as carriers of this high potential to the ground. Lightning Arresters are installed on the top of a building, in combination with down conductors, clips and earthing system. This provides a least resistant path for the electric energy to flow to ground, where earthing system takes it to deep within. In addition to grounding the lightening energy, the electrical short circuits and leakage currents are also earthed or grounded using these equipments.

Lightning Protection Materials are used to protect a building or facility from the devastating effect of lightening, electrical short circuits, leakage currents & the after effects. A lightning strike carries with it, electric potential in thousands of volts, which could destroy any structure & people within. If not grounded properly, the massive surge of electric power will damage the building, costly equipments within and people. Earthing & Lightning Protection Materials, which are made of high quality copper and copper alloys acts, when installed on the building as carriers of this high potential to the ground. Lightning Arresters are installed on the top of a building, in combination with down conductors, clips and earthing system. This provides a least resistant path for the electric energy to flow to ground, where earthing system takes it to deep within. In addition to grounding the lightening energy, the electrical short circuits and leakage currents are also earthed or grounded using these equipments.