This product is a U-1000 R2V/Xv/RV Rvfv type copper power cable available in 4×25mm², 4×35mm², 4×70mm² and 4×95mm² configurations, featuring XLPE insulation with excellent electrical performance and heat resistance, suitable for fixed installations in industrial equipment and building power distribution systems.

The Self Supporting Cable with Aluminum Conductor, available in models 2X25+16mm² and 2X35+25mm², is a robust overhead power solution designed for independent installation without extra support structures. Its "Self Supporting" design integrates load-bearing strength into the cable itself, eliminating the need for separate messenger wires, while aluminum conductors ensure lightweight efficiency.​ High-purity aluminum conductors form the core: 2X25mm² and 2X35mm² handle primary power transmission, with 16mm² and 25mm² serving as neutral/ground or auxiliary conductors. The cable likely uses XLPE insulation (industry standard) to resist UV radiation, moisture, and high temperatures, ensuring durability in outdoor environments.​ Ideal for urban, rural, and remote areas, it simplifies installation in locations where traditional support systems are impractical. The self-supporting structure withstands wind, ice, and span stresses, making it suitable for long-distance overhead runs. Key SEO terms: "Aluminum Self Supporting Cable 2X25+16mm²", "2X35+25mm² Overhead Self Supporting Cable", "Self Supporting Aluminum Power Cable" enhance visibility for projects needing reliable, low-maintenance overhead solutions.

This series of cables includes Na2xry and Na2xrh models, which are 0.6-1kV aluminum core armored cables (SWA Cable), covering various specifications such as 4X25mm², 4X50mm², 4X70mm², 4X95mm², 4X120mm², 4X150mm² and 4X185mm².​ The cable uses an aluminum core as the conductor. The aluminum material has both good conductivity and lightweight advantages, which can ensure the efficiency of power transmission while reducing the load pressure during laying. The outer layer is equipped with a steel wire armored (SWA) structure, which significantly improves the mechanical strength, has tensile and wear resistance, can adapt to complex environments such as underground direct burial and bridge laying, and forms effective protection for the internal insulation layer.​ The rated voltage of 0.6-1kV makes it suitable for medium and low-voltage power systems, and the 4-core structure design meets the needs of multi-phase power transmission. Different cross-sectional area specifications cover various load scenarios: 4X25mm² to 4X70mm² are suitable for power supply of small and medium-sized equipment and building branch lines; 4X95mm² and above specifications can carry industrial-grade high-power equipment, and are widely used in power transmission in factory power distribution, municipal engineering, energy stations and other fields.​

This article involves multiple cables of 0.6/1kV voltage level, with specific specifications and related information as follows:​ In terms of specifications: They include 4×25mm², 4×35mm, 4×150mm, etc. The 4×25mm² cable has a small cross - section and is suitable for small and medium - power scenarios, such as distribution branch lines of small buildings. The 4×35mm cable has an improved current - carrying capacity and can be used for power supply of medium - sized equipment or building trunk lines. The 4×150mm cable has a relatively large cross - section and is suitable for high - power transmission, such as main lines of industrial workshops.​ Model identification: U - 1000, Ar2V, Axmk, Na2xy, Na2xh, Na2xh - J, Axv, Yakxs, etc. may be brand, insulation or structure identifiers, implying different performances. For example, some models may have weather resistance and flame - retardant properties, suitable for outdoor or special environments.​ Common features: All meet the 0.6/1kV voltage requirement, and most are of 4 - core design, which can transmit electricity and ensure safety at the same time. In terms of materials, they are likely to use copper or aluminum conductors with corresponding insulation layers, taking into account both conductivity and insulation performance, and are widely used in power distribution fields such as construction, industry and outdoor.