aluminum xlpe cable

YC Industrial Power Cables Heavy Duty Flexible Cable Power Output in Harsh Environments YC Heavy Duty Rubber Insulated Flexible Cable Designed for Mobile, Power, and Harsh Operating Environments The Ideal Flexible Power Cable for Mobile Equipment YC cable is a heavy-duty rubber-insulated flexible power cable designed for mobile electrical equipment operating under frequent movement, vibration, and mechanical stress. Unlike fixed installation cables, YC cable can be repeatedly

450/750V YH Single Core Welding Machine Cable Copper Conductor Welding Cable Welding operations place extremely high demands on cable strength. High temperatures, current spikes, dragging, tangling, and frequent repositioning can quickly damage ordinary power cords. YH welding cables are designed specifically for high-current welding connections, featuring ultra-flexible stranded copper wire and a robust rubber sheath, maintaining reliability even in environments requiring

YZ cable is a lightweight, flexible rubber power cord designed for portable devices, temporary power connections, and everyday mobile use. If you need a cable that is easy to bend, neatly coils, and can withstand more frequent repositioning than standard plastic-sheathed cables, while also controlling procurement costs, then YZ cable is ideal. If you supply tool dealers, repair teams, rental fleets, or contractor shops, YZ cable is a practical and high-turnover product: easy

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

NH-KVV Fire-Resistant Control Cable for Critical LV Control Circuits NH-KVV Fire-Resistant Control Cable NH-KVV is a fire-resistant control cable designed to maintain control and command circuits for a specific period of time under fire conditions, the exact duration depending on applicable standards. It typically consists of copper conductors, a fire-resistant layer (usually mica-based), PVC insulation, and a PVC outer sheath. Therefore, NH-KVV is ideal for emergency control

NH-VV Fire-Resistant Low-Voltage PVC Power Cable Ensure the continuous operation of critical systems during critical moments. NH-VV is a fire-resistant low-voltage PVC power cable designed for fixed wiring where the integrity of circuits requiring emergency loads, building safety systems, and critical power distribution needs to be guaranteed. Product Overview NH-VV is a low-voltage copper core power cable with PVC insulation and a PVC outer sheath, manufactured with a fire

ZC-VV22 Flame-Retardant Steel-Tape Armored Cable 0.6/1kV for Safer LV Feeder Runs The ZC-VV22 is a 0.6/1kV low-voltage power cable with PVC insulation, a PVC sheath, and steel tape armor, meeting flame-retardant requirements (up to Class C as needed). It is an ideal choice for applications requiring reduced flame spread risk and mechanical protection, such as building feeders, utility corridors, and cable trays. Product Positioning If your project requires a mainstream PVC

RV wire is a flexible PVC-insulated copper conductor suitable for indoor wiring, offering a more convenient installation method than solid building wire. RV wire is widely used in control cabinets, distribution panels, electrical appliances, lighting circuits, and general equipment wiring. If you need neatly bent, quick-wiring, consistently reliable performance in daily use, and affordable RV wire, then RV wire is the ideal choice. If you serve distribution panel manufacturer

RVV is a multi-core flexible copper cable with PVC insulation and a PVC outer sheath, widely used for indoor wiring where you need both flexibility and a protected jacket. It is commonly selected for control cabinets, automation equipment, instrumentation connections, small machinery, appliances, and building auxiliary circuits. RVV is a practical choice when installers want faster routing than rigid power cable, cleaner cable management than loose single wires, and a cost