Pure Copper XLPE PVC 4-Core Underground Electric Cable is available in specifications of 95, 120, 150, 185, 240, 300 Sqmm, with a rated current of 16A, and offers both armoured and non-armoured options.

This product is a 4-core low voltage power cable available in 25mm², 70mm², 185mm² and 300mm² specifications, featuring aluminum conductor with XLPE/PVC insulation and rated voltage 600/1000V, offering excellent electrical performance and mechanical strength for various low voltage distribution systems.

This series of power cables offers 5-core configurations in multiple cross-sectional sizes including 10mm², 16mm², 25mm², 35mm², 50mm², 70mm², 95mm², 120mm², 150mm², 185mm² and 240mm². Manufactured with premium conductive materials, these cables are suitable for various power transmission and distribution systems, featuring excellent electrical performance and mechanical strength to meet diverse power requirements in industrial, commercial and residential applications. The well-designed cable structure ensures safe and reliable power transmission in compliance with international electrical standards.

This series of single-core copper cables feature XLPE insulation and PVC sheathing, available in 240mm², 300mm² and 400mm² cross-sections. With excellent electrical and mechanical properties, the XLPE insulation ensures stable operation at high temperatures while the PVC sheath provides reliable protection. Suitable for fixed installations in building wiring and industrial equipment, the cables comply with international electrical standards to guarantee safe and reliable power transmission.

This is a large cross-section single-core power cable in NYY and NYY-O types, available in 1×300mm², 1×400mm² and 1×500mm² specifications. Featuring premium 300mm copper conductors with excellent conductivity and durability, it is ideal for industrial power distribution systems, and competitive market pricing is available upon request.

This is a Na2xy-O type 4-core aluminum conductor XLPE insulated low voltage power cable, available in five standard cross-sectional areas: 95mm², 120mm², 150mm², 185mm² and 240mm². Featuring XLPE insulation and black PVC sheath with 0.6/1kV rated voltage, it's suitable for industrial power distribution, building power supply and other low voltage power transmission systems, offering excellent electrical performance and weather resistance.

This abstract covers electric wires and cables including models such as NYY, NYM, and VGV, with common specifications of 3×1.5mm², 3×2.5mm², 3×4mm², and 3×6mm², which are suitable for various power transmission scenarios. NYY cables are power cables with cross-linked polyethylene insulation and polyvinyl chloride sheathing. They have good corrosion resistance and mechanical strength, and are suitable for fixed laying, such as concealed laying in buildings or direct underground burial. NYM cables are light-duty polyvinyl chloride insulated and sheathed cables with good flexibility, often used in home wiring, connection of small electrical appliances and other occasions. VGV cables belong to rigid sheathed cables with strong impact resistance, and are mostly used in industrial equipment, outdoor power facilities and other environments with high protection requirements. In terms of specifications, 3×1.5mm² and 3×2.5mm² cables have moderate current-carrying capacity, suitable for low-power electricity scenarios such as home lighting and ordinary sockets; 3×4mm² and 3×6mm² cables have larger current-carrying capacity, which can be used for high-power electrical appliances such as air conditioners and electric water heaters, or power supply for small power equipment. All these cables meet relevant safety standards and can ensure the stability and safety of power transmission.

This product is a rigid power cable (Xvb Fil Electrique) with models such as U-1000 R2V, R02V, and U1000 RO2V, covering two specifications: 3G 1.5mm² and 3G 2.5mm², with a black appearance.​ The cable has a rated voltage of 1000V, which is suitable for low-voltage power systems and can stably transmit electricity in low-voltage power supply environments such as residences and small commercial places. It adopts a rigid structure design, which has good shape retention and is not easy to deform after installation, making it suitable for fixed laying scenarios.​ The conductor is made of high-quality materials, with good conductivity, which can reduce transmission loss; the insulation layer has excellent insulation performance, which can effectively prevent electric leakage. The 3-core structure is suitable for three-phase or single-phase power transmission. 3G 1.5mm² is applicable to low-power scenarios such as lighting lines and small household appliances, and 3G 2.5mm² can meet the power supply needs of slightly higher-power equipment such as household air conditioners and small electric tools.​ Its black appearance is simple and dirt-resistant, and its rigid characteristics make it perform stably in fixed installations such as open laying, and it is widely used in indoor power wiring of civil buildings.

Aluminum Triplex and Duplex AAC AAAC 1/0 AWG Electric Cable Urd​ The Aluminum Triplex and Duplex 1/0 AWG Urd cables, featuring AAC (All-Aluminum Conductor) and AAAC (All-Aluminum Alloy Conductor), are premium underground (Urd) power distribution solutions. Designed for 1kV applications, the 1/0 AWG size delivers 150A continuous current at 90°C, ideal for residential and light commercial networks.​ Triplex configurations combine two phase conductors and one neutral, while duplex variants offer two conductors—both with concentric stranding for flexibility. AAAC (6201-T81 alloy) provides 52% higher tensile strength than AAC (1350-H19), suiting rocky terrain installations. UV-resistant PE insulation with a sunlight-blocking jacket ensures 40-year service life in direct burial.​ Compliant with ASTM B230/B399 and IEEE 524, these cables reduce installation labor by 30% vs. overhead lines. Priced for utility budgets, they balance conductivity (61% IACS), durability, and underground resilience, making them vital for modern Urd networks.

This paper introduces a series of underground steel wire armored electric cables, with specifications covering various cross-sectional areas such as 50mm², 35mm², 16mm², and 25mm². Specifically designed for underground environments, these cables feature a steel wire armor layer, which is formed by tightly winding high-strength galvanized steel wires. This structure can effectively resist mechanical impacts, extrusion, and soil corrosion during underground construction, providing solid physical protection for the cables and significantly enhancing their durability in complex underground environments.​ The conductors of the cables are made of high-purity copper, ensuring excellent electrical conductivity, reducing power transmission losses, and meeting the high-efficiency requirements of underground power transmission. The insulation layer is mostly made of anti-aging and moisture-resistant materials (such as cross-linked polyethylene), forming double protection together with the armor layer to adapt to the harsh underground conditions of high humidity and multiple impurities.​ This series of cables is widely used in underground power transmission networks, municipal engineering underground pipelines, industrial park underground power distribution systems and other scenarios. They are particularly suitable for power laying in areas vulnerable to external interference, such as those needing to cross roads, railways, and rivers. Their diverse specifications can flexibly match the power transmission needs of different powers, providing stable and reliable power transmission support from branch distribution to main lines. They are key equipment with both safety and practicality in underground power engineering.

Copper polyvinyl chloride (PVC) wire electric cables, as common products in the field of power transmission, are widely used in industrial, construction, and civil scenarios due to the excellent conductivity of copper conductors and the good insulation properties of PVC materials. Among them, the 5X25mm², 5X16mm², and 5X10mm² specifications have become core choices for medium and small power distribution systems because they adapt to various power needs.​ In terms of structural design, all three specifications of cables adopt a "multi-core stranded" design, consisting of 5 independently insulated copper conductors. The conductor material is high-purity electrolytic copper with a purity of over 99.9%, ensuring extremely low resistance and minimal energy loss during current transmission. Each conductor is wrapped with a polyvinyl chloride insulation layer. PVC material not only has good electrical insulation performance but also features acid and alkali resistance, anti-aging, and flame retardancy, which can effectively isolate current interference between conductors and ensure electrical safety. The entire outer layer of the cable is further wrapped with a PVC sheath to enhance mechanical protection, resisting external extrusion, abrasion, and environmental erosion.​ In terms of performance parameters, the differences between the three mainly lie in conductor cross-sectional area and current-carrying capacity. The 5X10mm² cable has a single-core cross-sectional area of 10mm², with a long-term allowable current-carrying capacity of approximately 50-60A, suitable for power supply of medium and small power equipment, such as household central air conditioners and small industrial machinery. The 5X16mm² cable has a single-core cross-sectional area of 16mm², with a current-carrying capacity increased to 70-80A, meeting the needs of scenarios such as medium-sized motor power supply and power distribution trunk lines in multi-story buildings. The 5X25mm² cable has a single-core cross-sectional area of 25mm², with a current-carrying capacity of up to 90-100A, suitable for high-power transmission scenarios such as large equipment power supply, main circuits of industrial production lines, and outdoor power distribution projects. All three have a rated voltage of 0.6/1kV and a long-term operating temperature range of -15℃ to 70℃, which can adapt to most indoor and outdoor environments.​ In terms of application fields, these three specifications of cables cover diverse scenarios from civil to industrial use. The 5X10mm² cable is often used in indoor power distribution of residences, shop lighting, and power connections of small household appliances. Its compact size facilitates pipe laying, adapting to hidden projects in home decoration. The 5X16mm² cable is widely used in power distribution systems of medium-sized buildings such as office buildings and hotels, as well as power supply lines of elevators, water pumps, and other equipment, balancing current-carrying capacity and installation convenience. The 5X25mm² cable plays a role in main distribution circuits of factory workshops and large shopping malls, capable of connecting high-power equipment such as injection molding machines and central air conditioning hosts to ensure stable power transmission. In addition, all three are suitable for dry or humid indoor environments and can also be used in some outdoor sheltered places. However, in extreme low-temperature or highly corrosive environments, additional protective measures are required.​ In summary, the 5X25mm², 5X16mm², and 5X10mm² copper core PVC cables, relying on the efficient conductivity of copper conductors and the reliable protection of PVC materials, form a gradient power transmission solution. They can not only meet the flexible deployment of medium and small power scenarios but also support the stable operation of high-power equipment, serving as key components with both practicality and economy in power systems.

This article will provide a detailed introduction to the ZRC YJV 4x95 sq mm copper cable, covering its specification parameters, performance characteristics, application scenarios, and price. This cable is a 4-core cross-linked polyethylene insulated polyvinyl chloride sheathed copper cable with flame-retardant properties, and it is widely used in the field of power transmission.​ In terms of specification parameters, the ZRC YJV 4x95 sq mm copper cable uses 4 pure copper conductors with a cross-sectional area of 95 square millimeters. Pure copper conductors have excellent electrical conductivity, which can efficiently transmit electricity and reduce power loss. The 4-core design makes it suitable for power systems such as three-phase four-wire systems, which can transmit phase lines and neutral lines at the same time, meeting the needs of various electricity usage scenarios. The insulation layer of the cable is made of cross-linked polyethylene (XLPE) material. This material has good electrical insulation performance, heat resistance, and mechanical strength, and can maintain stable insulation effect at higher temperatures, effectively preventing safety hazards such as electric leakage. The sheath layer is made of polyvinyl chloride (PVC) material. The PVC sheath not only has good corrosion resistance and wear resistance but also can effectively protect the internal insulation layer and conductors, enhancing the service life of the cable. In addition, the "ZRC" logo indicates that the cable has flame-retardant properties. In case of fire, it can delay the spread of the fire, reduce the loss caused by the fire, and improve the safety of electricity use.​ In terms of performance characteristics, in addition to excellent conductivity and insulation performance, the cable also has strong mechanical properties. It has strong tensile and bending resistance, and can withstand a certain degree of mechanical stress during laying and use, and is not easy to be damaged. At the same time, its flame-retardant property makes it irreplaceable in some places with high requirements for fire safety. In addition, the cable has good chemical corrosion resistance, can resist the erosion of acids, alkalis and other chemical substances to a certain extent, and is suitable for various complex environments.​ In terms of application scenarios, the ZRC YJV 4x95 sq mm copper cable is widely used in power transmission and distribution systems in industrial enterprises, high-rise buildings, shopping malls, hospitals, subways and other places due to its good performance. In industrial enterprises, it can be used to connect large-scale production equipment to ensure the stability of production electricity; in high-rise buildings, it can meet the power supply needs of various electrical equipment in the building; in crowded places such as shopping malls and hospitals, its flame-retardant property adds an important guarantee for electrical safety; in public transportation facilities such as subways, the cable can also reliably complete the power transmission task.​ In terms of price, the cable has strong competitiveness. Its price is affected by many factors, including fluctuations in the market price of pure copper conductors, the cost of raw materials such as XLPE and PVC, the complexity of the production process, the brand and quality standards of the cable, etc. Although the cost of pure copper conductors is relatively high, considering its excellent performance and long service life, it still has high cost performance in terms of comprehensive use cost. On the premise of ensuring product quality, manufacturers make the cable have strong price competitiveness in the market by optimizing the production process and improving production efficiency, which can meet the needs of different customers for cost-effective cables.​ In general, the ZRC YJV 4x95 sq mm copper cable, with its excellent performance, wide application scenarios and competitive price, has become an ideal choice in the field of power transmission, providing a reliable guarantee for the safe and stable operation of various power systems.