BI METALLIC LUGS ensure electrical system safety, especially in installations involving the joining of dissimilar metals like aluminum and copper. Direct joining of aluminum to copper can result in galvanic corrosion of both metals because an electrochemical reaction occurs between the two metals. This corrosion, resistance, and heat buildup in due
The Bi-Metallic Lugs find application in most indoor and outdoor electrical installations due to their unique construction and corrosion-resistant capabilities. Usually, copper and aluminum metals are bonded in the manufacture of these lugs so that they can efficiently connect dissimilar conductors while preventing galvanic corrosion, which usually
A Copper Bonded Earthing Rod enhances safety in electrical installations by granting fault current a way to safely dissipate into the earth. It is important in protecting human life as well as electrical equipment from potential threats of electric shock, fire hazards, and damage. Unlike traditional GI rods, copper bonded rods marry copper's conduc
Copper bonded earthing rods are designed to provide efficient grounding, more economically than either pure copper or GI rods. The difference lies in their construction and subsequent performance. The copper bonded earthing rod has a low carbon steel core with a layer of copper on the outside bonded molecularly, with copper typically 100 to 250 mic
The Bi-Metallic Lugs serve crucial functions in enhancing electrical safety and conductivity across wiring and power distribution systems. These lugs are custom connectors fabricated by joining two different metals, mostly aluminum with copper. Thus, it draws upon the benefits of both metals: good conductance from copper and the light weight plus l