Copper-clad steel stranded wire is suitable for high-demand working grounding, protective grounding, lightning protection grounding, anti-static grounding horizontal grounding body, copper-clad steel The stranded wire is made of a certain number of copper-clad steel single wires. Electroplated copper-clad steel single wires and stranded wires are new conforming materials made of 99.9% electrolytic copper evenly electroplated onto a low carbon steel core. This product has both the strength and toughness of steel and the good conductivity and conductivity of copper. Corrosion resistance. Copper-clad steel stranded wire has a wide range of uses and can be adapted to soil conditions of different humidity, temperature and pH values. The installation is quick and minimally invasive, greatly improving construction efficiency. The exothermic welding mold is carefully designed and manufactured by professionals according to different connection methods of conductors. Under normal use, each mold can be used repeatedly 50-100 times. Each connection point has a beautiful appearance and is neat and consistent. Copper-clad steel stranded wire has been used for a long time. Copper-clad steel stranded wire is used for telephone transmission. Copper-clad steel stranded wire is used in many industrial control systems and in places with high interference and in long-distance transmission. Today we widely use copper-clad steel stranded wire. The LAN used also uses twisted pairs. Twisted pair cable can be used so widely because it has many advantages such as strong anti-interference ability, long transmission distance, easy wiring, and low price. This kind of twisted pair transmission equipment is cheap and easy to use. It does not require professional knowledge or too many operations. It can be installed once and work stably for a long time. Copper-clad steel stranded wire and copper-clad steel stranded wire video transmission equipment are very cheap. Not only does it not increase the system cost, but its cost drops a lot compared with coaxial cable when the distance increases.
