building wire cable

ZR-YJV22 Flame-Retardant XLPE Copper STA Armored Power Cable 0.6/1kV When your project requires both the robustness of underground installations and flame retardancy, the ZR-YJV22 is an ideal upgrade. It combines copper core conductivity, XLPE insulation, steel tape armor for conductor protection, and a flame-retardant PVC sheath system to help limit the spread of flames along cable routes within buildings and industrial installations. Product Overview The ZR-YJV22 is a low

YJLV22 is a 0.6/1kV aluminum core XLPE insulated steel tape armored low-voltage power cable suitable for fixed installations. It is specifically designed for locations requiring mechanical protection and cost-effective wiring, such as conduits, protected trenches, and utility corridors. Product Highlights YJLV22 is a practical underground feeder cable suitable for large projects. It combines the advantages of an aluminum core with V22 steel tape armor protection, helping you

Water Resistant Low Voltage Cable ZR-YJV Fire Resistant Low Smoke Cables ZR-YJV is a 0.6/1kV copper core XLPE insulated, PVC sheathed low-voltage power cable with flame-retardant properties. It is suitable for building power distribution, cable trays, shafts, and utility corridorslocations requiring reduced flame spread risk and stable low-voltage power supply. Standard YJV cables can be upgraded to flame-retardant versions without changing the installation logic. ZR-YJV

NG-A(BTLY) Flexible Mineral-Insulated Cable 0.6/1kV for Critical LV Fire Circuits NG-A (BTLY) is a low-voltage mineral-insulated fire-resistant cable suitable for critical power circuits in buildings and infrastructure. It is designed for safer cable lines, emergency feeders, and critical services where flame retardancy and reliability are procurement priorities. Product Highlights For life-safe circuits, the right cable is a vital component of the protection system. NG-A

WDZ-YJY23 Low Smoke Zero Halogen Armored Power Cable LSZH Flame-RetardantXLPE InsulationPE SheathDouble Steel Tape Armoring WDZ-YJY23 is a safety-focused power cable developed for crowded, enclosed and high-standard environments such as high-rise buildings, metro systems, hospitals, and transportation hubs. By combining low-smoke, halogen-free flame-retardant materials with XLPE insulation, a polyethylene outer sheath, and double steel tape armor, it: Minimizes toxic gas and

WDZ-KYJRP: Low-Smoke Halogen-Free Shielded Control and Signal Cable WDZ-KYJRP is a low-smoke halogen-free (LSZH) shielded control and signal cable designed for safety-critical buildings and industrial environments that require both clean evacuation environments and stable signal transmission. It is commonly used for instrumentation circuits, control lines, automation signals, sensor connections, and low-voltage communication circuits in cable trays, conduits, and control

WDZN-YJY LSZH Fire-Resistant XLPE Power Cable for Emergency Feeders WDZ-KYJYRP LSZH Shielded Control Cable WDZ-KYJYRP is a low-smoke, halogen-free (LSZH) shielded control cable designed for safety-focused buildings and industrial sites that demand both fire-safety performance and stable signal transmission. It is commonly used for automation control, PLC I/O wiring, instrumentation loops, sensor connections, and low-voltage control circuits routed through trays, conduits, and

NH-KVV Fire Resistant Multi-Core Control Cable for Emergency Command Circuits NH-KVV is a fire-resistant multi-core control cable used to ensure the continued operation of critical control, monitoring, and command circuits during a fire, according to specified standards and required durations. It is widely used in emergency system interlocking and control cabling in buildings, transportation facilities, and industrial sites where circuit continuity is a critical component of

NH-VV Fire Resistant PVC Power Cable 0.6/1kV for Emergency Power Circuits NH-VV is a fire-resistant low-voltage power cable designed, according to relevant standards, to maintain circuit integrity and operate continuously for a period of time during fire exposure. It is commonly used in emergency and life-safety power circuits requiring continuous circuitry, such as emergency lighting feeders, fire pump power supplies, smoke exhaust fans, critical ventilation systems, and