building wire cable

YC Cables: Heavy-Duty Flexible Power Cables for Industrial Applications On construction sites, cables are treated like tools every day: dragged across concrete, bent around corners, pulled from trucks, trampled, and rapidly coiled. YC cables were born to address this reality. They are heavy-duty, rubber-insulated, rubber-sheathed flexible copper cables designed for temporary and mobile power applications where durability and flexibility are more critical than "laboratory

RVS 2*2.5mm Flexible Twisted-Pair Cable RVS Cable is a PVC-insulated flexible stranded copper pair cable designed for low-voltage electrical connections, signaling, and control circuits. The cable's construction provides excellent flexibility and basic electromagnetic interference protection. Cable Construction Breakdown R: Flexible Stranded Copper Conductor V: PVC Insulation S: Twisted Pair Structure Key Applications Signaling Systems: Fire alarms, security systems, and

RVVB is a flat, parallel, flexible copper cable with PVC insulation and a PVC outer sheath. Its flat design facilitates neat cabling along surfaces, in cable trays, and in confined spaces, avoiding the twisting and space-consuming issues that can occur with round cables. RVVB is widely used in indoor wiring, electrical connections, lighting circuits, distribution panel connections, and other flexible cabling applications requiring cable protection and restricted movement. For

YJV22 is a 0.6/1kV low-voltage copper core power cable with XLPE insulation, PVC sheath, and steel tape armor, suitable for fixed installations. It is suitable for conduits, protective trenches, and utility corridors requiring additional mechanical protection and stable low-voltage power distribution. Product Highlights Designed for harsh low-voltage line environments, YJV22 combines the conductivity of copper cores, the stability of XLPE insulation, and steel tape armor to

VVR Flexible Copper Core PVC Power Cable for Low-Voltage Portable and Fixed Applications Product Description VVR is a flexible copper core PVC insulated PVC sheathed low-voltage power cable suitable for mobile equipment, temporary power supplies, and fixed wiring requiring extra flexibility. Available in a full range of sizes, with fast delivery and export-standard packaging, it meets global project needs. Core Value VVR is the ideal choice when your wiring requires

YJLHV22 is a 0.6/1kV low-voltage power cable with aluminum alloy conductors, XLPE insulation, and steel tape armor, suitable for fixed installations. It is specifically designed for long-distance feeder applications in conduits and trenches requiring mechanical protection, lightweight construction, and cost-effectiveness. Product Highlights Deliver more power with less weight. YJLHV22 combines the economy of modern aluminum alloy conductors with the protective performance of

NH-VV Fire-Resistant XLPE Power Cable Copper Core PVC Sheath Critical Circuits NH-VV Fire-Resistant Power Cable Keeps Emergency Circuits Alive When the Building Is Under Fire When a fire breaks out, the first thing you cannot afford to lose is power for life-safety systems. If fire pumps, emergency lighting or smoke extraction suddenly go dark, evacuation and rescue become exponentially more dangerous. NH-VV is a PVC-insulated, PVC-sheathed fire-resistant cable designed

Upgrade your power infrastructure with our premium medium-voltage VV cablefeaturing superior PVC insulation and sheathing for exceptional performance in industrial power distribution. Providing reliable power even in harsh environments, this cost-effective cable meets global standards (IEC, CE, ISO) and is suitable for a wide range of applications: factory power grids, city substation connections, and commercial building wiring. It features excellent conductivity, corrosion

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