copper conductor cable

Maximize energy harvesting efficiency and ensure long-term reliability with our TV-certified PV1-F solar cable. This single-core DC cable is designed for the photovoltaic industry, enabling unparalleled efficiency connections between solar panels, combiner boxes, and inverters. It withstands extreme outdoor environmentsdirect sunlight, high humidity, and temperature fluctuations from -40C to 120C. Its halogen-free cross-linked polymer construction ensures decades of

Our WDZN-YJY medium-voltage cables offer superior performance and reliability for high-voltage power distribution. Designed with premium insulation, these cables ensure safe and efficient energy transfer even in the harshest environments. WDZN-YJY cables are ideal for industrial plants, commercial buildings, and urban infrastructure, offering durability and flexibility to meet the needs of medium-voltage systems and making them a smart choice for long-term, low-maintenance

WDZ-BYJ is a low-smoke halogen-free (LSZH) flame-retardant single-core copper wire with XLPE insulation, suitable for fixed installations. It is ideal for building wiring in conduits, cable trays, and distribution panels where low-smoke halogen-free (LSZH) and flame-retardant requirements are necessary. Core Value If your project requires safer indoor wiring with low-smoke halogen-free performance and reliable XLPE insulation, WDZ-BYJ is the ideal choice. Product Overview WDZ

Rated Voltage Typical Rated Voltage:8.7/15 kV Applications: Medium-voltage distribution feeders and sub-feeders (fixed installation) Please confirm the reference standards and test ranges listed in your Bill of Materials (BOQ). General Specifications Overview Common Core Wire Configurations (Depending on Project) 1C for high current, phase-separated wiring 2C for single-phase feeders and dedicated circuits 3C for three-phase circuits without a neutral conductor (Depending on

YJLHV22 Cable Product Overview YJLHV22 typically refers to a fixed low-voltage distribution cable with an aluminum alloy conductor, XLPE insulation, steel tape armor, and a PVC outer sheath, commonly used in industrial and power distribution networks. If your project involves trenches, tunnels, underground lines, or areas with high mechanical stress, YJLHV22 is often the preferred choice due to its advantages: Mechanical protection (steel tape armor) Cost/weight advantage

NH-KVV cables are designed for reliable and efficient power transmission in residential and industrial applications. Featuring durable PVC insulation and highly conductive copper conductors, these cables offer flame-retardant protection to ensure the safety of critical systems. They are ideal for power distribution and electrical wiring in homes, offices, and industrial locations, providing long-lasting performance and fire protection. Key Features Flame-retardant PVC

Medium voltage (MV) cables are designed for the efficient transmission of power at voltage levels between 6kV and 33kV. This voltage range is critical for primary power distribution from substations to local transformers, powering large facilities, industrial parks, and urban infrastructure. These cables require a robust construction to ensure safety, reliability, and service life under continuous electrical and environmental stresses. Product Introduction Harsh installation

Our premium WDZ-YJY23 medium-voltage cable utilizes halogen-free, low-smoke, flame-retardant technology and Y23 steel tape armor to maximize power system reliability. Featuring high-grade XLPE insulation, a PE sheath, and robust steel tape armor, this cable delivers stable power from 3.6/6kV to 26/35kV even in harsh environments. It is ideal for direct burial, tunnel installations, and projects in complex terrain (industrial areas, urban underground networks, and remote

WDZ-BYJ LSZH Flame-Retardant Building Wire WDZ-BYJ is a single-core low-smoke halogen-free (LSZH) flame-retardant building cable designed for indoor fixed wiring with high requirements for fire safety, smoke reduction, and reduced corrosive gas emissions. It is commonly used in commercial buildings, public facilities, high-rise residential buildings, and industrial buildings where wiring routes need to pass through shafts, corridors, cable trays, and conduit systems to ensure