-
PVC insulated cable (wire）
The product is suitable for power installation,fixed wiring or flexible connection for electricalappliances withrated voltage of 450/750V and below.
The product is manufactured in compliance with the standards of GB/T5023-2008 and JB/T8734-2016 or can becustomized to meet IEC,BS,DIN,and ICEA standards upon request.
Send Email Details -
XLPO Insulated Wire and Cable for Rated Voltage of 450/750V and Below
This product is suitable for fixed wiring and power and electronic equipment with heat resistance requirements of temperatures 105°C and above.
The product is manufactured in compliance with the standards of JB/T10491-2004.
Send Email Details -
XLPE Insulated Power Cable for rated Voltage of 0.6/1kV
Suitable for fixed installation of 0.6kV/1kV extruded insulated power cables in distribution networks or industrial installations. Generally used for indoor, cable trench, and underground direct burial laying, the cable can withstand certain amount of laying traction.
Send Email DetailsThis product complies with GB/T 12706.2-2020 for rated voltage of 1 KV (Um=1.2 KV) power cables and accesso-ries with extruded insulationRated voltage 6kV (Um=7.2kV) and 30kV (Um=36kV) cables; GB/T19666-2019 "General Rules for Flame-retardant and Refractory Wire and Cable or Optical Fiber Cable. -
PVC Insulated Power Cable for rated Voltage of 0.6/1kV
Mainly used in urban underground power grids, rail transit, power station outgoing lines, and internal powersupply for industrial and mining enterprises.
Send Email DetailsThis product refers to GB/T 12706.1-2020 for rated voltage 1 KV (U.=1.2 KV) power cables and accessories withextruded insulation - Part 1: Cables for rated voltage 1KV (Um=1.2 KV) -
Copper Core Plastic Insulated Prefabricated Branch Cable of Rated Voltage 0.6/1kV
This product is widely used in power distribution systems of residences, office buildings, hotels, hospital, shopping malls and factories.
Send Email DetailsThis product is produced according to standards JG/T147-2002, JB/T10636-2006, and GB/T12706-2008.
