This is a U1000 AR2V type single-core aluminum power cable with XLPE insulation and PVC sheath, rated voltage 600/1000V, available in sizes from 1X25mm² to 1X500mm². Designed for underground installation, it is suitable for medium-high voltage power transmission systems. The cable meets international electrical standards and features excellent heat resistance and mechanical protection.

Designed for robust overhead power distribution, the Cowry Lepas 19 Strand Triplex 4/0 AWG aluminum cable stands as a premium choice for demanding applications. Boasting a 336.4 Kcmil conductor size and XLPE insulation, this cable delivers exceptional performance, reliability, and durability, making it ideal for residential, commercial, and light industrial overhead networks.​ The cable features 19 stranded aluminum conductors, a design that enhances flexibility while ensuring high conductivity. The 4/0 AWG (336.4 Kcmil) gauge enables it to handle substantial current loads, making it suitable for medium to high-power transmission needs, such as feeding multiple households or small commercial complexes. Aluminum’s lightweight property reduces strain on overhead structures, simplifying installation and lowering long-term maintenance costs.​ A key advantage lies in its XLPE (Cross-Linked Polyethylene) insulation, which offers superior thermal resistance (operating temperatures from -40°C to 90°C) and mechanical strength. This insulation safeguards against moisture, UV radiation, and chemical corrosion, ensuring consistent performance in harsh outdoor environments—from heavy rain and snow to intense sunlight. Unlike traditional materials, XLPE resists aging and cracking, extending the cable’s service life.​ The triplex configuration integrates three conductors into a single bundled structure, streamlining overhead installation and minimizing electromagnetic interference (EMI). This design reduces clutter on poles, lowers the risk of accidental contact, and enhances operational safety. Compliant with industry standards for overhead applications, the cable meets rigorous criteria for flame retardancy and tensile strength, ensuring compatibility with diverse mounting systems.​ For utilities and contractors seeking a reliable, cost-effective overhead solution, the Cowry Lepas 19 Strand Triplex cable combines high current capacity, weather resistance, and easy installation—making it a standout choice for modern power distribution networks.

15kV 336.4MCM SAC Aluminum Conductor Power Cables with PE Insulation: Versatile Solutions for Industrial and Domestic Use​ The 15kV 336.4MCM SAC Aluminum Conductor Power Cables, featuring PE insulation, stand as a high-performance choice for diverse applications, from industrial construction to home appliances. With a 336.4MCM (thousand circular mils) conductor size and 16A current rating, these cables deliver reliable power transmission, combining durability and efficiency for both heavy-duty and everyday use.​ Crafted with SAC (Special Aluminum Conductor) material, the cables offer excellent conductivity while maintaining a lightweight profile. The 336.4MCM gauge ensures robust power handling, making them suitable for industrial machinery, construction equipment, and high-voltage distribution lines. Their aluminum core reduces installation strain and long-term maintenance costs, ideal for large-scale industrial projects.​ The PE (Polyethylene) insulation provides strong electrical insulation and resistance to moisture, chemicals, and temperature fluctuations (operating range: -40°C to 70°C). This protection ensures stable performance in harsh industrial environments and indoor settings alike, safeguarding against short circuits and extending service life.​ With a 15kV rating, these cables meet high-voltage requirements for industrial construction, while their 16A capacity adapts to computer systems, home appliances, and other low to medium-power devices. This versatility makes them a go-to solution for integrating industrial grids with domestic electrical setups.​ Compliant with international standards, the cables ensure safety and compatibility across applications. For industries, homes, and tech setups needing reliable 15kV power transmission, these SAC aluminum cables with PE insulation offer unmatched value, blending strength, adaptability, and cost-effectiveness.

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 cable is a multi-strand 3, 4, 5-core aluminum conductor XLPE insulated underground wire cable, available in specifications of 95mm², 120mm², 150mm², 185mm², and 240mm², suitable for underground installation.

Retylene 4*16mm2 Twisted Cable Single 2 4 Core Aluminum Overhead Cable XLPE Insulation for Construction for ABC Cabling Projects​ English Summary​ The Retylene 416mm² Twisted Cable is a high-performance aluminum overhead cable designed for construction and ABC (Aerial Bundle Cable) projects. Available in 1, 2, or 4-core configurations, its 416mm² variant features stranded aluminum conductors twisted into a compact bundle, balancing flexibility and conductivity for reliable power distribution.​ With XLPE insulation, this cable excels in thermal resistance (operating temperatures -40°C to 90°C) and moisture protection, making it suitable for outdoor overhead installations in diverse climates. The twisted design reduces electromagnetic interference and enhances mechanical stability, allowing spans up to 30 meters without excessive sag.​ Ideal for construction sites, residential developments, and ABC cabling networks, it supports low-voltage (0.6/1kV) applications with efficient current transfer (60A per 16mm² core). Compliant with IEC 60502 and local standards, it aligns with SEO keywords like "XLPE insulated aluminum cable," "ABC project cable," and "construction overhead wire," offering a durable, cost-effective solution for modern power distribution needs.

Pre-Assembled Torsade Aluminum Cable: A Brief Summary​ The Pre-Assembled Torsade Aluminum Cable, available in models 335+154.6+116mm², 350+154.6+116mm², and 370+154.6+1*16mm², is a 1kV XLPE-insulated overhead power cable designed for efficient power transmission. "Pre-Assembled Torsade" highlights its factory-twisted bundle design, ensuring quick installation and structural consistency. Crafted with aluminum conductors, it combines lightweight properties with reliable performance, making it ideal for overhead applications.​ The 335mm², 350mm², and 370mm² conductors handle main three-phase power, with varying sizes catering to low, medium, and high load demands respectively. The 154.6mm² acts as a neutral/grounding conductor, balancing currents and enhancing safety, while the 1*16mm² supports auxiliary functions like signaling or street lighting. XLPE insulation provides excellent thermal resistance (up to 90°C), UV protection, and resistance to moisture and chemicals, ensuring durability in outdoor overhead environments.​ This cable is widely used in urban, rural, and industrial overhead networks. Its pre-assembled design reduces on-site labor, and the twisted structure improves mechanical strength against wind and pole spans. Key SEO terms: "1kV Pre-Assembled Aluminum Torsade Cable", "XLPE Overhead Cable 370+154.6+1*16mm²", "Torsade Aluminum Power Cable" enhance search visibility, positioning it as a top choice for efficient overhead power transmission.

Nannynose 336.4 Secondary Conductor Aluminum 600V AAC AAAC Triplex Service Drop Cable XLPE Insulation for Overhead Application​ The Nannynose 336.4 secondary conductor is a 600V triplex service drop cable designed for overhead applications, featuring AAC (all-aluminum conductor) or AAAC (all-aluminum alloy conductor) variants. Its triplex configuration (2 hot +1 neutral) delivers reliable power distribution in residential, rural, and light commercial secondary networks.​ With 336.4kcmil aluminum conductors, it handles 200A total current, supporting high-demand loads like EV chargers and central HVAC. AAAC’s alloy composition enhances tensile strength (12kN) for 60-meter spans, while AAC offers lightweight flexibility for tight installations.​ XLPE insulation resists -40°C to 90°C temperatures, UV, and moisture, ensuring 35+ years of service. The twisted design reduces EMI by 30% and cuts installation time by 40%. Certified to ASTM B230 and ICEA S-76-474, it meets 600V overhead safety standards.​ Key SEO terms: Nannynose 336.4 aluminum service drop, 600V AAC AAAC triplex cable, XLPE insulated overhead conductor, secondary service drop cable.

Aeks Aerial Bunched XLPE Aluminum Cables 2X10 Sqmm, 2X16mm2 ABC Cable​ Aeks Aerial Bunched XLPE Aluminum Cables, available in 2X10 Sqmm and 2X16mm² configurations, represent a premium solution for low-voltage overhead power distribution. Engineered with precision, these ABC (Aerial Bundled Cables) integrate two insulated aluminum conductors into a compact, twisted bundle, combining efficiency, safety, and durability for residential, commercial, and light industrial applications.​ The 2X10 Sqmm and 2X16mm² variants cater to varying load requirements: the 10 Sqmm option is ideal for light-duty scenarios such as small homes or secondary feeder lines, while the 16mm² model handles medium loads in larger residences, small commercial units, or rural electrification projects. Both feature high-grade aluminum conductors, chosen for their excellent conductivity-to-weight ratio, ensuring efficient power transmission with minimal loss. Aluminum’s lightweight nature reduces strain on utility poles and simplifies installation, lowering labor costs.​ Each conductor is insulated with cross-linked polyethylene (XLPE), a material renowned for its superior dielectric strength, thermal stability, and resistance to UV radiation, moisture, and chemicals. XLPE insulation operates reliably across a temperature range of -40°C to 90°C, ensuring long-term performance in harsh outdoor environments. The bundled design eliminates the need for separate conductors, reducing clutter on poles, minimizing electromagnetic interference (EMI), and enhancing safety by preventing accidental contact with live wires.​ Compliant with international standards for low-voltage aerial cables, Aeks ABC Cables are easy to install and maintain, making them a preferred choice for utilities and contractors. Their robust construction and versatile sizing ensure seamless integration into diverse power distribution networks, delivering consistent, safe power where it’s needed most.

This series of low-cost aluminum power cables includes three specifications: 50mm², 70mm², and 145mm². It uses cross-linked polyethylene (XLPE) as the insulating material and aluminum as the conductor core. While ensuring power transmission performance, it significantly reduces material costs, making it suitable for medium and high-voltage power transmission and large-scale wiring scenarios such as industrial and municipal applications.​ The conductor part is made of high-purity aluminum material through optimized processing technology, with good electrical conductivity. Although the conductivity of aluminum is slightly lower than that of copper, its cost-performance advantage is particularly prominent in large-section cables. The wire diameter designs of 50mm², 70mm², and 145mm² correspond to different current-carrying capacity requirements: the 50mm² cable has a continuous current-carrying capacity of about 150A, suitable for branch power supply in industrial parks; the 70mm² has a current-carrying capacity of about 185A, which can meet the outgoing circuits of small and medium-sized substations; the 145mm² has a current-carrying capacity of more than 300A, capable of undertaking the main lines of urban distribution networks or power connections of large industrial equipment. The multi-strand stranded aluminum conductor structure enhances the flexibility of the cable, facilitating long-distance transportation and laying in complex environments.​ The insulation layer is made of XLPE material, which has better temperature resistance, aging resistance, and electrical performance compared with traditional polyvinyl chloride (PVC) insulation. Its long-term operating temperature can reach 90℃, and the withstand temperature during short circuits is as high as 250℃, enabling stable operation in harsh environments such as high temperature, humidity, and dust. The XLPE insulation layer has low dielectric loss and high insulation resistance, which can effectively reduce energy loss during power transmission and improve power supply efficiency. At the same time, this material has strong chemical stability and excellent corrosion resistance, which can resist acid and alkali substances in the soil and oxidation in the air, extending the service life of the cable.​ The rated voltage of the product covers medium and high voltage levels such as 10kV and 35kV, in line with national power industry standards and international general specifications. It has passed strict voltage withstand tests, partial discharge tests, and aging tests to ensure operational safety in high-voltage environments. The three specifications of cables all use steel tape armoring or polyethylene sheathing as the outer protection, with good mechanical strength, which can withstand stretching, extrusion, and impact during laying, and also play a role in moisture-proof, rat and ant-proof.​ In terms of application scenarios, 50mm² and 70mm² cables are often used in urban distribution network transformation, internal transmission lines of industrial parks, and distribution trunks of large buildings; 145mm² cables are applicable to connection lines from power plants to substations, long-distance transmission projects, and collector lines of new energy projects (such as wind power and photovoltaic power stations). The low-cost feature makes it highly competitive in projects with limited budgets such as municipal engineering and rural power grid upgrading, while the high performance of XLPE insulation ensures the stability and reliability of power transmission.​ In the production process, the production cost is further controlled through large-scale procurement of aluminum materials and automated extrusion processes. Conductor stranding uses precision equipment to ensure uniform structure, the XLPE insulation layer achieves stable molecular structure through cross-linking technology, and the outer sheath undergoes strict thickness and tightness testing. Each batch of products must pass multiple index tests such as conductor resistance, insulation voltage withstand, and thermal extension to ensure quality compliance.​ To sum up, this series of low-cost aluminum power cables, with reasonable specification design, high-quality XLPE insulation materials, reliable performance, and economic cost, have become an ideal choice in the field of medium and high-voltage power transmission. They can not only meet the power needs of industrial production and urban construction but also reduce the initial investment and long-term operation and maintenance costs for users.