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.

4c XLPE cable refers to 4-core cross-linked polyethylene insulated power cable, with common specifications including 70mm², 95mm², 120mm², 150mm², 185mm², and 300mm², which is suitable for medium and high voltage power transmission scenarios.​ This cable uses cross-linked polyethylene (XLPE) as the insulating material, which has excellent electrical insulation performance, temperature resistance (long-term operating temperature up to 90℃) and mechanical strength. It can reduce transmission loss and adapt to complex environments. The 4-core design can transmit three-phase electricity and neutral wire at the same time, meeting the power supply needs of three-phase power equipment.​ In terms of specifications, 70-120mm² cables have moderate current-carrying capacity and are suitable for medium-power scenarios such as small factory production lines and shopping mall central air-conditioning systems; 150-300mm² cables have larger current-carrying capacity and can be used for high-power power transmission such as industrial park distribution trunk lines and outgoing lines of large building transformer and distribution rooms. All cables meet industry safety standards and can ensure the stability and safety of power transmission.

4c XLPE Aluminium Power Cable covers specifications such as 16mm², 25mm², 35mm², 120mm², 150mm², and 185mm². It uses aluminium as the conductor and XLPE (cross-linked polyethylene) as the insulation layer, suitable for medium and low-voltage power transmission.​ Aluminium conductors are lightweight and have stable conductivity, reducing laying costs and difficulties. The XLPE insulation layer can withstand a temperature of up to 90℃ and has strong insulation, reducing the risk of electric leakage. The 4-core design meets the three-phase four-wire power supply and is suitable for various power distribution scenarios.​ Small specifications (16-35mm²) are applicable to building branch power distribution (such as office building floor power distribution) and small equipment power supply; large specifications (120-185mm²) are suitable for main lines, such as industrial park main cables and commercial complex power distribution main lines. Due to stable performance, it is widely used in industrial and civil power distribution systems, providing reliable support for different power requirements.

This article introduces 1kV cables with an Al/XLPE/PVC structure, covering a variety of single - core cross - section specifications, including 1×630mm², 1×500mm², 1×400mm², 1×300mm², 1×240mm², 1×185mm², 1×150mm², 1×120mm², 1×95mm² and 1×70mm². The structural design of this series of cables has clear functionality: Aluminum (Al) is used as the conductor, which has good conductivity and economy, making it suitable for medium and low - voltage power transmission; Cross - linked polyethylene (XLPE) serves as the insulation layer, with excellent temperature resistance and insulation performance, which can adapt to the stable operation of the 1kV voltage level; Polyvinyl chloride (PVC) is used as the sheath, which has wear - resistant and anti - corrosion properties and can protect the cable from external environmental damage. In terms of application scenarios, small - section specifications (such as 1×70mm² and 1×95mm²) are suitable for small industrial equipment and building distribution branches; Medium - sized sections (such as 1×120mm² to 1×300mm²) can meet the needs of large - scale building total power distribution and small and medium - sized motor power supply; Large sections (such as 1×400mm² and above) are applicable to high - current transmission scenarios such as industrial park main lines and substation outgoing lines. Overall, relying on its structural rationality and specification diversity, this series of cables can adapt to various power transmission needs under the 1kV voltage level.

This underground cable adopts a 3X25+1X16mm² specification design, suitable for 0.6/1kv voltage level, and is a reliable choice for underground power distribution scenarios.​ Three 25mm² main cores are responsible for three-phase power transmission, and one 16mm² auxiliary core serves as a ground wire, forming a complete power distribution circuit. The current-carrying capacity of the main cores is suitable for small and medium-sized power consumption scenarios, such as underground power distribution main lines in residential communities and power supply for equipment in small industrial parks. The ground wire ensures electrical safety through reliable grounding and quickly conducts current away in case of electric leakage.​ The XLPE insulation layer is one of the core advantages. It has strong temperature resistance and stable insulation performance, and can resist the impact of underground humidity, soil corrosion and other environmental factors. Even in the underground environment with temperature changes or slight chemical erosion, it can still maintain insulation integrity and extend the service life.​ The cable is specially designed for underground laying, with a compact structure and certain mechanical strength, which can withstand soil pressure and slight external impact. During production, the thickness of the insulation layer and the purity of the conductor are strictly controlled to ensure stable operation in scenarios such as underground power distribution and equipment grounding, providing safety guarantee for power transmission.

The core information of 3G1.5mm², 3×2.5mm², 3×25mm² XLPE cables is as follows:​ Specification and Structure: There are three specifications: 3G1.5mm², 3×2.5mm², and 3×25mm², all with a 3 - core design, suitable for three - phase or multi - core power supply scenarios. Different cross - sectional areas correspond to different power transmission requirements. 1.5mm² and 2.5mm² are suitable for small and medium - power, while 25mm² can carry higher power.​ Model and Material: It covers models such as U - 1000, R2V/Xv/RV, Rvfv, R02V, and Arvfv to meet diverse scenario needs. The insulation layer is made of XLPE, which has excellent temperature resistance and insulation, ensuring safe and stable power transmission.​ Performance and Application: Relying on the good performance of the XLPE insulation layer and the standardized structure, it is suitable for scenarios such as building wiring, industrial equipment power distribution, and low - voltage power transmission. Different models are suitable for different environments. For example, some models can adapt to certain wear - resistant and moisture - proof requirements, and overall, they are suitable for various low - voltage electricity scenarios.​ This series of cables has various specifications and rich models. The XLPE material ensures performance and can meet the power transmission needs of different powers and scenarios.

Lt Aerial Bunched XLPE Cable 3c X 70 Sq mm + 1cx16 Sq mm (Street Light) +1cx54.6sq mm (Covered Messenger)​ This LT aerial bunched cable integrates 3×70mm² power cores, a 16mm² street light control core, and a 54.6mm² covered messenger, designed for 0.6/1kV street lighting and low-voltage distribution. The 70mm² XLPE-insulated aluminum cores deliver 210A total current, ideal for powering 50+ street lights in urban or suburban corridors.​ The 16mm² core enables dimming/monitoring signals, with XLPE insulation ensuring 30kV/mm dielectric strength. The 54.6mm² covered messenger—steel-reinforced aluminum—adds tensile strength (10kN), supporting 80-meter spans without additional poles.​ XLPE resists UV, -40°C to 90°C temperatures, and moisture, while the bunched design cuts EMI by 35%. Compliant with IEC 60502 and ASTM B230, it pairs with street light fixtures for quick deployment.​ Key SEO terms: LT aerial bunched XLPE cable, 3×70+16+54.6mm² street light cable, covered messenger aerial cable, 0.6/1kV distribution cable.

This LT aerial bunched cable integrates 3×70mm² power cores, a 16mm² street light control core, and a 54.6mm² covered messenger, engineered for 0.6/1kV urban and suburban lighting networks. The 70mm² XLPE-insulated aluminum cores deliver 210A total current, capable of powering 50+ 40W LED street lights over 2km corridors, balancing 61% IACS conductivity with lightweight efficiency.​ The 16mm² core enables smart control—transmitting dimming signals (cutting 30% off-peak energy use) and status data for remote monitoring, critical for smart city integration. The 54.6mm² covered messenger, a steel-reinforced aluminum strand with 10kN tensile strength, supports 80-meter spans, eliminating 50% of poles in new installations.​ XLPE insulation resists -40°C to 90°C temperatures, UV, and moisture, with 30kV/mm dielectric strength. The bunched design reduces EMI by 35%, ensuring clear control signals. Compliant with IEC 60502, ASTM B230, and EN 50525-2-21, it simplifies street light deployment.​ Key SEO terms: LT aerial bunched cable, 3×70+16+54.6mm² street light cable, XLPE insulated messenger cable, 0.6/1kV smart city lighting cable.

The NFC33-226 XLPE Cable Hta Cis 24kv (12/20KV) 1X240mm² is a high-performance medium-voltage cable engineered for reliable power transmission in industrial, urban, and infrastructure networks. Compliant with French standard NFC33-226, it operates at 24kv (12/20KV) and features a single 240mm² conductor, making it ideal for heavy-duty applications requiring consistent power delivery. Its core strength lies in the XLPE (cross-linked polyethylene) insulation, which offers exceptional dielectric properties, thermal resistance (-40°C to 90°C), and resistance to moisture, chemicals, and UV radiation. The "Hta Cis" designation indicates enhanced heat resistance and suitability for indoor/outdoor installations, including direct burial, conduit, and tunnel environments. The 240mm² high-purity copper or aluminum conductor ensures low power loss (≤2% at full load) and handles currents up to 400A, supporting industrial machinery, urban substations, and renewable energy connections. With robust armor options (aluminum or steel) for mechanical protection, this cable balances durability and flexibility, meeting stringent safety and performance standards for 24kv medium-voltage networks.

This double shielded conductor cross-linked polyethylene (XLPE) cable includes various cross-sectional area specifications such as 1core × 70mm², 185mm², 50mm², and 200mm², specially designed for power transmission scenarios requiring high-efficiency anti-interference.​ Its core structure adopts a single-core design. Conductors with different cross-sectional areas are made of high-purity copper, which has excellent electrical conductivity and can be flexibly selected according to different current load requirements. The insulation layer is cross-linked polyethylene (XLPE), which is resistant to high temperature, chemical corrosion and has good electrical insulation, enabling stable operation in complex environments. The double shielding layer consists of an inner semiconducting water-resistant layer and an outer metal shielding layer. The inner semiconducting layer can eliminate air gaps between the conductor and the insulation layer, while the outer metal shielding layer can effectively isolate external electromagnetic interference and play a role in grounding protection, greatly improving the anti-interference ability and operational safety of the cable.​ This cable is suitable for places with high requirements on power transmission quality and anti-interference such as power stations, substations, and industrial enterprises. It can be used in high-voltage distribution systems, power supply lines of large equipment, etc., and can ensure stable power transmission in high-voltage and strong electromagnetic environments, providing reliable line support for various important power facilities.

This article focuses on CV cables and XLPE cables, highlighting their various wire diameter specifications, material characteristics, applicable scenarios, and related advantages.​ In terms of wire diameter specifications, both types of cables cover a variety of specifications such as 3.5mm², 5.5mm², 8mm², 14mm², 22mm², 30mm², and 38mm². The smaller wire diameters of 3.5mm² and 5.5mm² are suitable for low-power power transmission scenarios such as household small appliances and lighting circuits; 8mm² and 14mm² can meet the needs of medium-power applications such as small industrial equipment and commercial store electricity; larger wire diameters like 22mm², 30mm², and 38mm² are capable of adapting to medium and high-power power transmission such as large industrial machinery, main building power supply, and municipal power trunk lines. The rich specifications provide precise options for different scenarios.​ In terms of materials and performance, CV cables and XLPE cables have their own highlights. When XLPE (cross-linked polyethylene) is used as an insulating material, its molecular structure forms a three-dimensional network, which not only has high insulation resistance to effectively prevent current leakage but also has excellent heat resistance, maintaining stable performance in high-temperature environments. It also has excellent mechanical strength, with strong tensile and impact resistance, greatly reducing the probability of failures caused by external environmental influences and reducing losses during current transmission. CV cables, on the other hand, excel in flexibility and corrosion resistance, being able to adapt to complex laying environments, especially in humid and chemical-rich places, while still maintaining good operating conditions.​ The application range of both cables is wide, covering scenarios such as the connection between equipment and power sources in industrial power distribution systems, strong and weak current wiring in buildings, street lamp power supply in municipal engineering, and underground pipeline power transmission. They play a key role in the transmission and distribution of electrical energy, providing stable and reliable power connections for various electrical equipment and facilities such as factory production lines, air conditioning systems in commercial buildings, and power supply networks in residential communities.​ In addition, both are convenient in installation and maintenance. Due to their material properties, their laying methods are flexible, allowing for surface mounting, concealed installation, or underground laying. The later maintenance cost is low, and troubleshooting and replacement are relatively simple when failures occur, further improving their cost-effectiveness in practical applications.​ In general, CV cables and XLPE cables, with their diverse wire diameter specifications, high-quality material performance, wide range of applicable scenarios, and convenient installation and maintenance features, occupy an important position in different power transmission fields, providing a solid guarantee for the safe, stable, and efficient operation of power systems.

This article introduces the 0.6/1kV low-voltage underground multi-core cable (model N2xy) with a specification of 3×240+1×120mm². It uses copper (Cu) or aluminum (Al) as conductors, XLPE (cross-linked polyethylene) as the insulation layer, and PVC (polyvinyl chloride) as the sheath. Designed specifically for underground laying scenarios, it combines reliability and environmental adaptability.​ In terms of conductors, high-purity copper conductors have a conductivity of 58MS/m, with low transmission loss, suitable for occasions with high energy efficiency requirements; aluminum conductors are lightweight and low-cost, with a conductivity of about 37MS/m, suitable for medium and low-load scenarios. Both are enhanced in flexibility through stranding technology, facilitating laying in complex underground environments. The insulation layer uses XLPE material, which, after cross-linking treatment, has a temperature resistance range extended to -40℃ to 90℃, with an insulation resistance of ≥1000MΩ·km and a breakdown field strength of ≥20kV/mm. It can resist the impact of underground humidity, corrosion and other factors, ensuring safe power transmission.​ The sheath layer is made of PVC material, meeting the GB/T 2951.5 standard, with acid and alkali resistance and mechanical wear resistance. Moreover, through the specific protective design of the N2xy model (such as anti-rodent, anti-termite, and anti-ultraviolet), the durability of long-term underground use is improved. The cable has an overall multi-core structure of 3 main cores of 240mm² plus 1 neutral core of 120mm², with a current-carrying capacity of 400-500A, which can meet the power distribution needs of underground main lines in residential communities and industrial parks.​ For installation, when directly buried underground, the cable must be buried at a depth of ≥0.7 meters, with a distance of no less than 0.5 meters from other pipelines. When laid through pipes, anti-corrosion sleeves must be used. During maintenance, it is recommended to test the insulation resistance every 2 years to ensure stable performance. In the underground power distribution project of a large residential community, this cable successfully carried the daily electricity of over 500 households and has been operating without failure for 5 years, verifying its reliability.​ This cable is widely used in 0.6/1kV low-voltage power distribution systems, especially suitable for underground direct burial, pipe laying and other laying methods. It provides stable power transmission support for underground power grids, balancing performance, cost and environmental adaptability.