This product is a 4-core aluminum-copper composite power cable with XLPE/PVC insulation, available in various sizes (10mm² to 300mm²) and rated currents (16A-30A), combining the cost-effectiveness of aluminum with the reliability of copper, suitable for medium-low voltage distribution systems.

12/20kV copper (aluminum) XLPE insulated steel tape armored PVC sheathed power cable, specification 3×300mm²+150mm², features XLPE insulation and dual protection structure (steel tape armor+PVC outer sheath). Available in both copper and aluminum conductor options, it combines excellent electrical performance with mechanical protection, suitable for underground direct burial, cable trenches and other medium voltage distribution systems, particularly ideal for industrial applications requiring mechanical damage resistance.

This is a 0.6/1kV 4-core underground cable with aluminum conductor, featuring XLPE/PVC insulation and available in various sizes from 35mm² to 240mm². The cable offers excellent electrical performance and mechanical strength, making it particularly suitable for direct underground burial. Widely used in municipal projects, industrial power distribution and building power supply, the product complies with international standards and features waterproof, corrosion-resistant and durable characteristics.

The 6AWG Aluminum Alloy Service Drop Cable Triplex PVC 4-Core Power Cable XLPE is a high-performance solution for power distribution. Combining 6AWG aluminum alloy conductors with PVC and XLPE insulation, it balances conductivity and durability for service drop applications.​ The triplex 4-core design integrates four conductors, streamlining installation and reducing short-circuit risks in residential, commercial, or light industrial setups. Aluminum alloy offers lightweight efficiency and corrosion resistance, ensuring reliable power transmission.​ PVC and XLPE insulation enhance weather resistance, withstanding UV, moisture, and temperature fluctuations—critical for outdoor service drops. This cable delivers cost-effectiveness with long-term performance, ideal for connecting main lines to end-users. Keywords: 6AWG aluminum alloy cable, triplex 4-core service drop, PVC XLPE insulated, power distribution cable, outdoor service cable.

This 4-core aluminium earth cable is designed for underground power transmission. It uses aluminium conductors and includes 4 cores, one of which can serve as an earth core. The conductor cross-sectional area ranges from 16mm² to 300mm², which can meet power transmission needs of different powers: small cross-sectional areas (16mm²-50mm²) are suitable for small underground distribution branches; medium cross-sectional areas (70mm²-150mm²) can meet the main power transmission of residential areas or factory areas; large cross-sectional areas (185mm²-300mm²) are suitable for large industrial transmission trunks.​ The cable uses XLPE (cross-linked polyethylene) as the insulation layer, which has excellent electrical resistance, aging resistance and mechanical strength, and can resist the impact of underground environments such as humidity and soil corrosion. The outer layer is wrapped with a PVC sheath to further enhance wear resistance and protective performance, making it suitable for long-term underground laying scenarios.​ Its core advantages lie in the lightweight and cost-effectiveness of the aluminium conductor. Combined with the double-layer protection of XLPE and PVC, it balances transmission stability and adaptability to underground environments. It is widely used in underground distribution networks, urban power grid branches and industrial underground transmission projects.

This abstract covers copper core cables with XLPE (cross-linked polyethylene) insulation and PVC (polyvinyl chloride) sheathing. They are single-core (1X) with common specifications including 1X50mm², 1X95mm², 1X120mm², 1X300mm², and 1X400mm², with a rated voltage of 1kV, suitable for low-voltage power transmission scenarios.​ In terms of materials, the XLPE insulation layer has excellent temperature resistance (long-term operating temperature up to 90℃) and insulation performance, which can reduce power loss; the PVC sheath has good corrosion resistance and mechanical protection capabilities, adapting to various laying environments. The single-core design makes it more flexible in single-phase power transmission, especially suitable for scenarios that require separate wiring.​ In terms of specifications, 1X50-120mm² cables have moderate current-carrying capacity, suitable for building distribution branches, small motor power supply, etc.; 1X300-400mm² cables have larger current-carrying capacity and can be used in high-power scenarios such as industrial equipment main power supplies and large transformer outgoing lines. All cables meet the 1kV low-voltage transmission standards and can ensure the stability and safety of power transmission.

This product is a low-voltage aluminum core power cable, covering specifications such as 3X500mm², 3C×500mm², and 3C×120mm², with a rated voltage of 0.6/1kV, suitable for low-voltage power transmission scenarios.​ The core of the cable uses aluminum conductors. Although its conductivity is slightly lower than that of pure copper, it has lower cost and lighter weight, making it suitable for long-distance laying. It also has a certain mechanical strength, which can meet the structural requirements of conventional power transmission.​ The insulation layer is made of cross-linked polyethylene (XLPE), which has excellent high and low temperature resistance. It can work for a long time in an environment of -40℃ to 90℃, with strong insulation stability, outstanding anti-aging and chemical corrosion resistance, which can effectively reduce the risk of electric leakage and ensure transmission safety.​ The sheath is made of polyvinyl chloride (PVC), which has good wear resistance, flame retardancy and weather resistance. It can resist mechanical damage, moisture and chemical erosion, and is suitable for various indoor and outdoor laying environments, such as industrial plants and municipal engineering.​ The overall design complies with low-voltage transmission standards. The 3-core structure is suitable for three-phase power consumption needs. Different cross-sectional area specifications can match different power scenarios (120mm² is suitable for medium power, 500mm² is suitable for high power), providing an economical and reliable solution for low-voltage power transmission.​

4 Core Non Armoured XLPE PVC Cable (4×16mm², 4×150mm², 0.6/1kV) is an efficient power transmission line suitable for 0.6/1kV low-voltage systems. It adopts a 4-core design with core cross-sectional areas of 16mm² and 150mm², which can flexibly match the power demand of different equipment.​ The cable conductor is made of high-purity copper with excellent conductivity, which can reduce transmission loss; the insulation layer is made of cross-linked polyethylene (XLPE) with a wide temperature resistance range (-40℃ to 90℃), high insulation resistance, strong anti-aging and chemical corrosion resistance, ensuring stable operation in complex environments. The outer layer is a polyvinyl chloride (PVC) sheath, which has good moisture-proof and anti-corrosion performance and provides basic mechanical protection. Due to the non-armoured design, the cable has better flexibility, making it easy to lay in space-constrained scenarios.​ This cable is widely used in scenarios with low requirements for mechanical protection, such as internal wiring of buildings, power supply for small industrial equipment, and civil distribution systems, providing a safe, efficient and easy-to-install power transmission solution for low-voltage circuits.​

This is a copper core armoured power supply cable with the specification of 2xwy/2xfy 4c. It uses cross-linked polyethylene (XLPE) as the insulation layer, steel wire armouring (Swa) for enhanced mechanical protection, and polyvinyl chloride (PVC) as the outer sheath.​ Its structure includes 4 copper conductor cores. The copper material has excellent electrical conductivity, with strong conductivity and low loss, enabling efficient power transmission. The XLPE insulation layer has excellent heat resistance, chemical resistance and electrical insulation, which can work stably in high-temperature environments and ensure the electrical safety of the cable. The steel tape armouring layer significantly improves the cable's resistance to mechanical impact, compression and stretching, making it suitable for complex laying environments such as underground direct burial, pipe penetration or overhead scenarios. The PVC outer sheath further provides good weather resistance, corrosion resistance and moisture resistance, extending the service life of the cable.​ This armoured cable is suitable for various power supply scenarios, including power distribution systems in industrial plants, commercial buildings, residential communities, as well as outdoor power transmission lines, and can provide stable and reliable power support for various electrical equipment. Regarding the price per meter, it will vary due to factors such as specific specifications, purchase quantity, and market fluctuations. You can consult the supplier for real-time quotes.

This article focuses on the 4-core aluminum cables of YAKXS and YAKXS-Zo models, which have significant application value in the field of power transmission. Their insulation layer is made of cross-linked polyethylene (XLPE), which has excellent electrical insulation performance, temperature resistance and aging resistance. It can work stably in the temperature range of -40℃ to 90℃, effectively ensuring the safety and reliability of power transmission. The sheath is made of polyvinyl chloride (PVC), which not only has good mechanical strength, can resist external mechanical damages such as collision and extrusion, but also has certain moisture-proof and anti-corrosion capabilities, prolonging the service life of the cable.​ This series of cables has a wide range of specifications, including 25mm², 50mm², 95mm² and 70mm², which can meet the power transmission needs of different power equipment and scenarios. The 25mm² specification is suitable for low-power electricity scenarios such as small electrical appliances and home lighting; the 50mm² and 70mm² specifications are often used in medium-sized industrial equipment, commercial building power distribution systems, etc.; the 95mm² specification, due to its large current-carrying capacity, is applicable to medium and high-power scenarios such as large industrial production lines and main power distribution lines of large buildings.​ The prices of cables with different specifications vary, affected by many factors. In terms of raw materials, the fluctuation of aluminum prices directly affects the cost of cables, and the price changes of XLPE and PVC will also indirectly affect the final price. The market supply and demand relationship is also crucial. When the market demand is strong and the supply is insufficient, the price tends to rise, and vice versa, it may fall. The complexity of the production process also affects the price. The larger the specification of the cable, the higher the requirements for the process in the production process, the corresponding increase in cost, and the price will also increase.​ Taking the data of common procurement platforms as an example, the price of 25mm² cables generally fluctuates in the range of ​ 0.25to 3.55 per meter; the price of 50mm² cables is about ​ 0.35to 6.90 per meter; the price range of 70mm² cables is ​ 0.44to 5.00 per meter; the price of 95mm² cables is about ​ 0.32to 6.00 per meter.​ These prices are not fixed. For bulk purchases, suppliers usually offer certain discounts, and the larger the purchase quantity, the higher the discount may be. Prices also fluctuate in different purchase periods. For example, during the peak season of power construction, when demand increases, prices may rise; while in the off-season, prices may be reduced to stimulate sales.​ For accurate quotations, it is recommended to contact relevant suppliers and clarify detailed information such as purchase quantity, delivery location and special requirements, so that suppliers can formulate a price plan more in line with the needs according to the actual situation. At the same time, you can also know whether additional services such as transportation and installation are included to ensure the transparency and controllability of procurement costs.

The 11kV XLPE PVC underground cable (models N2xs2y and Na2xs2y) is a single-core cable specifically designed for underground power transmission. It is available in two conductor specifications: 1X185mm² and 1X300mm², suitable for medium-voltage transmission scenarios at 11kV. It performs excellently in underground laying environments such as urban power grids, industrial parks, and municipal engineering.​ The conductor is made of high-purity copper, which has excellent electrical conductivity, effectively reducing energy loss during power transmission and ensuring efficient power transmission. The 1X185mm² specification is suitable for underground lines with medium current loads, such as branch circuits of urban distribution networks and underground power supply in small industrial areas. The 1X300mm² specification can carry larger currents, commonly used in main power supply underground cables for large industrial facilities, underground power collection lines of new energy projects (such as photovoltaic power stations and wind farms), etc. The single-core design reduces electromagnetic interference of multi-core cables and facilitates laying in narrow underground pipes or cable trenches, improving installation flexibility.​ The insulation layer is made of cross-linked polyethylene (XLPE) material, which endows the cable with excellent electrical performance and durability. XLPE has extremely high insulation resistance and electrical strength, and can work stably under the rated voltage of 11kV, effectively isolating the conductor from the external environment and preventing faults such as leakage and breakdown. It has excellent temperature resistance, and can operate continuously in an environment of -40℃ to 90℃, and can withstand high temperatures of 130℃ during short-term overload, adapting to possible temperature fluctuations in the underground environment. In addition, XLPE has strong chemical stability, not easily eroded by acid-base substances and moisture in the soil, which greatly prolongs the service life of the cable and reduces maintenance costs.​ The outer sheath is made of polyvinyl chloride (PVC) material, which has good mechanical strength, wear resistance and moisture resistance, and can provide solid protection for the cable. In the underground environment, the cable may face challenges such as soil pressure, rock extrusion, and microbial erosion. The PVC sheath can effectively resist these external factors and protect the internal insulation layer and conductor from damage. At the same time, PVC material has certain flame retardant performance, meeting the safety standards of underground cables and reducing the risk of fire.​ The "N2xs2y" and "Na2xs2y" in the model represent the structural characteristics of the cable, which usually include copper tape shielding, inner lining and other designs. The shielding layer can evenly distribute the electric field, reduce insulation aging caused by electric field concentration, and play an electromagnetic shielding role, reducing interference to other underground communication lines or metal pipes. This structural design enables the cable to maintain stable transmission performance in complex underground environments, ensuring the safe operation of the power system.​ Whether it is the upgrading and transformation of urban underground power grids, underground power transmission in industrial areas, or underground cable laying in new energy projects, this 11kV XLPE PVC underground cable can provide stable and efficient guarantee for underground power transmission with its reliable performance, flexible specifications and strong environmental adaptability.

The Cu/XLPE/PVC 370+135 copper power cable is a multi-core cable specially designed for medium and low voltage three-phase power distribution systems. It consists of 3 copper conductors with a cross-sectional area of 70mm² (for three-phase live wires) and 1 copper conductor of 35mm² (for neutral wire). It uses XLPE (cross-linked polyethylene) as the insulation material and is wrapped with a PVC (polyvinyl chloride) sheath. Combining efficient conductivity, heat resistance stability and mechanical protection performance, it is widely used in power transmission in industrial plants, commercial complexes, high-rise buildings and other scenarios.​ In terms of structure, the core of the cable is a high-purity copper conductor with a purity of over 99.95%. After multi-strand stranding, it not only has excellent conductivity (conductivity ≥58MS/m) but also good flexibility, making it easy to lay in complex environments. The 3 phase conductors of 70mm² and 1 neutral conductor of 35mm² are each wrapped with an XLPE insulation layer. XLPE forms a three-dimensional network molecular structure through cross-linking reaction, which greatly improves its heat resistance—with a long-term allowable operating temperature of up to 90°C and the ability to withstand 250°C in short-circuit conditions (within 5 seconds), effectively avoiding insulation layer aging and failure due to overheating. Outside the insulation layer are filling and wrapping layers. The filling layer uses materials such as polypropylene ropes to make the cable structure round, while the wrapping layer is a non-woven fabric that plays a role in fixing and buffering. The outermost layer is a PVC sheath, which is added with flame retardants and antioxidants, and has properties such as wear resistance, corrosion resistance, and UV resistance, which can protect the internal structure from mechanical damage, moisture, and chemical substances.​ In terms of performance parameters, the rated voltage of the cable is 0.6/1kV, suitable for three-phase four-wire distribution systems with AC 50Hz/60Hz. Current-carrying capacity is one of its core performance indicators. When laid in air, the current-carrying capacity of the 70mm² conductor is about 180-200A, and that of the 35mm² neutral wire is about 100-115A, which can meet the power needs of medium-sized motors, central air conditioners, elevators and other equipment. In terms of insulation resistance, the XLPE insulation layer ensures that the cable insulation resistance is ≥1000MΩ·km, and the dielectric loss tangent (tanδ) is ≤0.005, reducing energy loss during power transmission. In terms of mechanical properties, the minimum bending radius of the cable is 12 times the outer diameter (for fixed laying), which can adapt to installation in narrow spaces; the PVC sheath has a tensile strength of ≥12MPa and an elongation of ≥150%, which can withstand stretching and extrusion during laying.​ In application scenarios, this cable, with its 370+135 specification design, performs well in scenarios requiring three-phase power supply: in the industrial field, it is often used to connect the distribution main lines of small and medium-sized production lines, compressors, and pump equipment; in commercial buildings, it serves as the power supply cable for central air conditioning systems and elevator group control systems in shopping malls and hotels; in high-rise buildings, it is used for the main line from the floor distribution room to the strong electric well, providing power for lighting, sockets and power equipment on the entire floor. In addition, due to the moisture resistance of XLPE insulation and the flame retardancy of PVC sheath, the cable can also be used in humid environments (such as underground garages, bathrooms) and places with flame retardant requirements (such as hospitals, schools), where it can operate stably for a long time.​ In terms of installation and maintenance, the cable can be laid by bridge laying, pipe laying or direct burial. During installation, excessive bending or contact with sharp objects should be avoided to prevent damage to the insulation layer and sheath. Terminal connections require copper joints matching 70mm² and 35mm² conductors, which are fixed by crimping or bolts to ensure good conductivity, and sealed to prevent moisture intrusion. After laying, insulation resistance testing and voltage withstand testing (applying 2.5 times the rated voltage for 5 minutes without breakdown) must be carried out to confirm that the cable performance meets the standards. In daily maintenance, the appearance of the cable should be checked regularly. If sheath cracking, bulging or insulation layer aging is found, it should be repaired or replaced in time; for cables exposed to sunlight, sunshades can be added to delay sheath aging and extend service life.​ In summary, the Cu/XLPE/PVC 370+135 copper power cable, with its reasonable conductor specification ratio, high-quality material combination and stable performance, has become a reliable choice in medium and low voltage three-phase distribution systems. It can not only meet the power transmission needs of medium-sized loads but also provide guarantees in terms of safety and durability, laying a solid foundation for power supply in various buildings and industrial facilities.