XLPE Insulation Al/R ABC Cable 4X25mm & 4X16mm: Efficient Aerial Power Solution XLPE Insulation Al/R ABC Cable (Aerial Bundled Cable) in 4X25mm and 4X16mm 规格 is a game - changer in overhead power distribution. Its core advantage lies in the integrated design, combining conductors, insulation, and a messenger into one, reducing installation complexity. The 4X25mm variant, with larger cross - sectional area, offers higher ampacity, ideal for medium - load areas like small industrial zones. The 4X16mm, more compact, suits residential neighborhoods with moderate power demands. Both use high - purity aluminum conductors for excellent conductivity and light weight, cutting installation costs. XLPE insulation ensures superior performance: resistant to high temperatures (up to 90°C), UV rays, and chemical corrosion, making it durable in harsh outdoor environments. The Al/R (Aluminum Reinforced) messenger adds mechanical strength, enabling long - span installation without sagging. Compliant with IEC and ASTM standards, these cables minimize power loss, enhance safety by reducing short circuits, and lower maintenance needs. Perfect for urban, rural, and suburban aerial power networks, they’re the top choice for efficient, reliable electricity transmission.

20 Kv Aerial Power Cable Sax W70 Cable with Aluminium Alloy Conductor​ The 20 Kv Aerial Power Cable Sax W70, featuring an aluminium alloy conductor, stands as a cutting-edge solution in medium-voltage power transmission. Engineered to meet the rigorous demands of overhead power distribution, this cable combines advanced materials and precision design to deliver exceptional performance, durability, and efficiency.​ At its core lies a high-quality aluminium alloy conductor, meticulously formulated to balance conductivity and mechanical strength. Compared to traditional pure aluminium conductors, the alloy variant offers superior tensile strength and corrosion resistance, making it ideal for long-term exposure to harsh environmental conditions such as extreme temperatures, humidity, and UV radiation. This ensures reliable power transmission even in challenging outdoor settings, from urban landscapes to remote rural areas.​ The cable's insulation system is another standout feature, designed to withstand 20 Kv voltage levels with optimal dielectric properties. Crafted from high-grade cross-linked polyethylene (XLPE) or equivalent materials, the insulation layer provides excellent electrical insulation, minimizing energy loss and reducing the risk of short circuits or breakdowns. Its robust structure also enhances resistance to abrasion, chemicals, and weathering, extending the cable's service life and reducing maintenance requirements.​ The Sax W70 design incorporates a streamlined profile that facilitates easy installation and handling. Its lightweight construction, attributed to the aluminium alloy conductor, reduces the load on supporting structures such as poles and towers, lowering installation costs and simplifying logistics. Additionally, the cable's flexibility allows for smooth deployment around obstacles, ensuring adaptability to diverse terrain and infrastructure layouts.​ In terms of performance, the 20 Kv Aerial Power Cable Sax W70 excels in both efficiency and safety. It maintains stable conductivity across a wide range of operating temperatures, ensuring consistent power delivery even during peak demand periods. The aluminium alloy conductor's low electrical resistance minimizes energy dissipation, contributing to overall system efficiency and reducing carbon footprint. Furthermore, the cable complies with international safety standards, including IEC and ASTM regulations, guaranteeing adherence to strict quality and performance benchmarks.​ This cable is particularly well-suited for medium-voltage overhead power lines in urban distribution networks, industrial facilities, renewable energy projects (such as wind and solar farms), and rural electrification initiatives. Its ability to withstand heavy loads, environmental stressors, and prolonged use makes it a cost-effective and reliable choice for utilities, engineering firms, and industrial operators.​ In summary, the 20 Kv Aerial Power Cable Sax W70 with Aluminium Alloy Conductor represents a fusion of innovation and practicality, offering superior performance, durability, and efficiency for medium-voltage power transmission applications. Whether in urban or rural settings, this cable stands as a trusted solution to meet the evolving needs of modern power distribution systems.

11kv HDPE Aerial Bunched Aluminum Line Copper Core Overhead Aerial Power Cable with Origin Manufacturers​ The 11kv HDPE aerial bunched cable, integrating aluminum lines and copper cores, stands as a high-performance solution for overhead power distribution, proudly supplied by origin manufacturers. This bundled design combines multiple insulated conductors—aluminum for cost-efficient bulk power and copper cores for critical high-conductivity segments—encased in a robust HDPE sheath, ensuring reliability in urban, suburban, and rural networks.​ HDPE (High-Density Polyethylene) sheath delivers exceptional weather resistance, withstanding UV radiation, moisture, and temperature extremes (-40°C to 70°C), while providing mechanical protection against abrasion and impact. The aerial bunched configuration minimizes wind resistance and electromagnetic interference, simplifying installation and reducing visual clutter compared to traditional single conductors.​ Aluminum lines offer lightweight (2.7g/cm³) and cost-effective power transmission, complemented by copper cores in key sections to enhance conductivity (58 MS/m) for stable 11kv performance. This hybrid design balances efficiency and economy, making it ideal for feeder lines, rural electrification, and urban distribution.​ Supplied directly by origin manufacturers, the cable adheres to strict quality controls and international standards (e.g., IEC 60502), undergoing rigorous testing for dielectric strength, corrosion resistance, and durability. Trusted for its versatility and reliability, it remains a top choice for modern overhead power networks.