Features

　　◆ power distribution line and universal cable are spiral structure design, composed of two aluminum clad steel wire. Distribution of the central part of the line in the factory with the shape, the shape can be with a variety of insulators and wires match. ◆ Power distribution cable with a pad to provide anti-wear function. Universal Bang line does not match the rubber pad, do not blasting. ◆ power distribution line tied grip wear scrub to improve the grip capacity. Use ● Power distribution cable can be used to bare wire or insulated wire in the distribution system pin insulators and column insulators in the top slot. ◆ omnipotent wire can either fix the wire in the top slot, but also can be fixed in the side slot. ◆ due to a pad in the wire around the provision of buffer, to avoid the wire and the insulator contact surface wear. So the power distribution line can provide better protection of the wire, and the installation is more simple and quick. When used on insulated wires, you can not wear a rubber pad.

　　Technical characteristics

　　◆ high strength; tensile strength is 8-18 times the aluminum tie line, copper tie line 3 times; ◆ high grip strength; the minimum can easily more than 350kg, so you can limit the break in a span ; And can reduce the load before the breakage between the pole and the structure; ◆ high pull-off strength; sufficient material strength and ring structure to provide the necessary anti-pull and pull the ability to effectively prevent the wire from the insulator groove; ◆ have a good resilience; in due to the impact of branches, wire dancing and ice and other additional load, due to a good resilience, to ensure that the conductor to ensure the normal sag and tension; ◆ radio interference level is low; Insulator interference level; ◆ easy installation, construction efficiency; power distribution line 30 seconds to install the hand can be completed with live insulation rod installation time will not be more than 3 minutes; and traditional manual banding at least 10 minutes or more.