Twisted Aluminum Cable PRC Insulated Overhead Cable 2×16mm² - Premium Aerial Power Solution Advanced Overhead Distribution for Modern Grids Our Twisted Aluminum Cable with PRC Insulation (2×16mm²) represents a breakthrough in overhead power transmission technology. Engineered for superior performance in demanding environments, this cable combines high-conductivity aluminum with advanced polyester resin coating to deliver unmatched reliability for utility and industrial applications. Key Technical Advantages: High-Purity Aluminum Conductors (2×16mm²) - Delivering 61% IACS conductivity with optimized current carrying capacity PRC (Polyester Resin Coated) Insulation - Superior protection against UV, moisture, and chemical exposure Twisted Pair Configuration - Enhanced mechanical strength and vibration resistance Lightweight Design - 30% weight reduction compared to conventional cables Extended Service Life - 35+ years operational lifespan in harsh conditions Performance Specifications: Voltage Rating: 0.6/1kV Temperature Range: -40°C to +90°C Tensile Strength: ≥120MPa DC Resistance: ≤1.91Ω/km at 20°C Short Circuit Rating: 200°C for 5 seconds Premium Features: ✓ Corrosion-resistant Retylene-treated aluminum alloy ✓ Self-cleaning insulation surface ✓ Flame-retardant properties (LOI >28%) ✓ UV-stabilized for outdoor durability ✓ Reduced power losses through optimized design Ideal Applications: Urban power distribution networks Rural electrification projects Industrial plant power systems Renewable energy connections Infrastructure development Certified Quality: Compliant with IEC 60502-1 standards ASTM B801 certified RoHS 3 compliant CE Marked Why Choose Our Cable? • 40% faster installation than conventional overhead cables • Lower lifetime costs through reduced maintenance • Storm-resistant design withstands 150km/h winds • Eco-friendly solution with 100% recyclable materials This PRC Insulated Twisted Aluminum Cable offers the perfect balance of performance, durability, and cost-efficiency for modern power distribution needs. Its innovative design ensures reliable electricity transmission while significantly reducing installation and maintenance expenses. SEO-Optimized Keywords: Overhead aluminum cable, PRC insulated power cable, twisted pair conductor, 2×16mm² aerial cable, ABC distribution cable, utility power line, high-voltage transmission cable, weather-resistant power cable, industrial electrical conductor

The core information of Ttu Cable is as follows:​ Specification and Voltage: It covers various specifications such as 1/0AWG, 2/0AWG, 3/0AWG, 4/0AWG, 500mcm, and 600mcm, which are suitable for different power transmission needs; the rated voltage is 600V, applicable to low-voltage power distribution scenarios.​ Material and Standard: The conductor is copper (Cu) with excellent conductivity; the insulation layer is made of XLPE, which has strong temperature resistance and insulation; the sheath is PVC, which has both mechanical protection and moisture-proof functions; it complies with the IEC 60502 standard, ensuring quality.​ Application Scenarios: Due to the efficient conductivity of the copper conductor and the stable performance of XLPE and PVC, it is suitable for industrial equipment power distribution, internal building wiring, low-voltage power transmission lines, etc. It can stably transmit electricity in conventional environments and meet medium and high-power electricity demand.​ Overall, it has stable performance and various specifications, is suitable for various low-voltage scenarios, and is a reliable choice for power transmission.

Xtmu Cable is a 600V power cable compliant with ICEA S-95-658 standard, featuring a four-layer structure of copper (Cu) conductor, XLPE (cross-linked polyethylene) insulation, inner PVC (polyvinyl chloride) sheath, and outer PVC sheath (Cu/XLPE/PVC/PVC). It integrates multiple advantages such as high-efficiency conductivity, heat resistance stability, mechanical protection, and environmental adaptability, widely used in industrial, commercial, and civil low-voltage distribution systems.​ In terms of structure, the cable uses high-purity copper as the 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, facilitating laying in complex environments. The conductor is wrapped with an XLPE insulation layer, which forms a three-dimensional network molecular structure through cross-linking reaction. It allows a long-term operating temperature of up to 90°C and can withstand 250°C during short circuits (within 5 seconds), effectively preventing insulation aging due to overheating. Outside the XLPE insulation is an inner PVC sheath, mainly playing a buffering and isolating role to protect the insulation layer from extrusion damage by the outer sheath; the outermost layer is an outer PVC sheath, added with flame retardants, antioxidants, and UV stabilizers. It has properties such as wear resistance, corrosion resistance, and UV resistance, capable of resisting mechanical impact, moisture, chemicals, and direct sunlight, providing double sheath protection for the cable.​ In terms of performance parameters, the cable has a rated voltage of 600V, suitable for low-voltage distribution systems with AC 50Hz/60Hz, and meets the strict requirements of ICEA S-95-658 standard for insulation resistance, dielectric loss, flame retardancy, and other indicators. Its insulation resistance is ≥1000MΩ·km, and the dielectric loss tangent (tanδ) is ≤0.005, ensuring extremely low energy loss during power transmission. The current-carrying capacity varies with conductor specifications. Taking common 10AWG to 4/0AWG as examples, the current-carrying capacity ranges from 40A to 210A when laid in air, meeting the power needs from small and medium-sized equipment to medium industrial loads. In terms of mechanical properties, the minimum bending radius of the cable is 10 times the outer diameter (for fixed laying), adapting to installation in narrow spaces; the outer PVC sheath has a tensile strength of ≥12MPa and an elongation of ≥150%, withstanding stretching, extrusion, and friction during laying.​ In application scenarios, Xtmu Cable, with the enhanced protection of double PVC sheaths, performs well in various environments: in industrial fields, it is often used for power distribution of motors and control cabinets in factory workshops, resisting oil pollution and dust erosion; in commercial buildings, as the main line of lighting and air conditioning systems in shopping malls and hotels, its flame retardancy meets the safety requirements of public places; in civil scenarios, it is suitable for damp areas such as strong electric wells and underground garages in high-rise buildings, and the inner PVC sheath can further block moisture to protect the XLPE insulation layer. In addition, as it complies with ICEA S-95-658 standard, the cable can also be used in low-voltage distribution projects in North America and other regions, adapting to international engineering needs.​ In terms of installation and maintenance, the cable supports various laying methods such as 桥架，pipe laying, and direct burial. During installation, excessive bending or contact with sharp objects should be avoided to prevent sheath damage. Terminal connections require copper joints of appropriate specifications, ensuring good conductivity through crimping, and 做好密封处理 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 conducted to verify performance compliance. In daily maintenance, regularly check whether the outer sheath has cracks, bulges, or signs of aging, and repair in time if problems are found; for cables exposed to sunlight, sunshades can be added to delay sheath aging and extend service life.​ In summary, Xtmu Cable (600V, Cu/XLPE/PVC/PVC), through the collaborative design of copper conductor, XLPE insulation, and double PVC sheaths, achieves a balance of efficient transmission, safety protection, and environmental adaptability while meeting ICEA S-95-658 standard. It is a preferred cable with both reliability and compliance in low-voltage distribution systems, providing stable guarantee for various power transmission scenarios.

250mm, 750mcm, 500mcm, 350mcm Stranded Aluminum Wire: 600V PVC-Insulated Cable for Heating Applications with Copper-Aluminum Alloy​ This 600V PVC-insulated stranded aluminum wire, available in 250mm, 750mcm, 500mcm, and 350mcm sizes, is engineered for high-performance heating systems and industrial applications requiring reliable current transmission. Crafted with a copper-aluminum alloy conductor, it balances conductivity, lightweight design, and cost-effectiveness, making it a versatile choice for both heavy-duty and precision heating setups.​ The stranded construction enhances flexibility, allowing easy installation in tight spaces, around heating equipment, or through conduit systems. This design also improves durability, resisting breakage from vibration or thermal expansion—common in heating environments. The copper-aluminum alloy core ensures efficient heat dissipation and stable conductivity, even under prolonged high-temperature operation, reducing energy loss and extending service life.​ PVC insulation provides robust protection against moisture, chemicals, and temperature fluctuations (rated for -20°C to 70°C), ensuring safety in both dry and moderately humid settings. Its flame-retardant properties comply with industry standards, minimizing fire risks in heating applications. With a 600V rating, the cable handles the voltage demands of industrial heaters, furnaces, and thermal control systems, while the range of sizes caters to varying power requirements: 350mcm and 500mcm for medium loads, 750mcm and 250mm for heavy-duty heating equipment.​ Compliant with global electrical codes, this stranded aluminum cable combines alloy strength, PVC resilience, and voltage compatibility, making it a trusted solution for professionals in heating and industrial electrical systems.

Cable Thw 600V 12-1/0 AWG (3.3-53.5mm²) is a copper-core cable suitable for various electrical installation scenarios, supplied in 305-meter rolls with a rated voltage of 600V. Covering the full range from 12AWG (3.3mm²) to 1/0 AWG (53.5mm²), it operates stably in wet and dry environments at 75°C - 90°C, making it an ideal choice for residential, commercial, and industrial electrical systems.​ The core advantages of this cable lie in its wide applicability and reliable performance. The conductor is made of high-purity electrolytic copper with excellent conductivity. The DC resistance of the 12AWG conductor does not exceed 1.588Ω/km, and that of the 1/0 AWG does not exceed 0.1608Ω/km, enabling efficient power transmission to meet the power supply needs of equipment with different power levels. Its insulation layer has good temperature resistance and insulation properties, with an insulation resistance of ≥100MΩ in humid environments and even better performance in dry conditions, effectively resisting moisture and dust erosion and avoiding the risks of short circuits and electric leakage.​ In terms of application scenarios, the 12AWG to 8AWG (3.3-8.4mm²) specifications are often used in home lighting circuits, power supply for small household appliances, and indoor branch lines; 6AWG to 2AWG (13.3-33.6mm²) are suitable for high-power appliances such as air conditioners and water heaters, as well as distribution trunks in commercial places; 1/0 AWG (53.5mm²) can meet the power transmission needs of small industrial motors and large equipment. Whether in humid bathrooms and kitchens, or dry computer rooms and workshops, the cable can maintain stable performance and comply with safety standards for electrical installations.​ The 305-meter roll design facilitates large-scale wiring construction, reduces the number of joints, and improves system safety. The overall flexibility of the cable is good, with a minimum bending radius of 6 times the cable outer diameter, suitable for installation in narrow spaces. The production process strictly follows industry standards, with environmentally friendly and harmless insulation materials that have both anti-aging and wear-resistant properties, providing a solid guarantee for the long-term stable operation of electrical systems.

THHN/THWN copper cable (stranded 500, 600, 700 Kcmil, 600V) is a high-performance and widely used power transmission cable. With its unique structure and material, it plays an important role in various fields such as industrial, commercial and civil buildings.​ In terms of specification parameters, these three types of cables have their own characteristics. The 500 Kcmil cable has a cross-sectional area of approximately 253mm². The conductor is composed of multiple strands of copper wires, with a single copper wire diameter of about 0.5mm, and the overall diameter after stranding is about 16mm. At 20℃, the maximum DC resistance does not exceed 0.031Ω/km, and the current-carrying capacity when laid in air can reach 380A, which can meet the power demand of medium-power equipment. The 600 Kcmil cable has a cross-sectional area of about 304mm² and an overall diameter of about 18mm. At 20℃, the maximum DC resistance is no more than 0.026Ω/km, and the air current-carrying capacity is about 420A, which is suitable for higher-power power supply scenarios. The 700 Kcmil cable has a cross-sectional area of about 355mm² and an overall diameter of about 20mm. At 20℃, the maximum DC resistance is no more than 0.022Ω/km, and the air current-carrying capacity can reach 460A, which can cope with high-load power transmission tasks. All three specifications have a rated voltage of 600V, which meets the standards of low-voltage power distribution systems. The long-term operating temperature is 90℃, and the short-term operating temperature can remain stable in humid environments, which can adapt to temperature changes in different environments.​ In terms of materials, the conductor is made of high-purity multi-strand electrolytic copper with a purity of more than 99.95%, ensuring good conductivity and effectively reducing energy loss during current transmission. The high conductivity and thermal conductivity of copper enable the cable to dissipate heat quickly during operation, avoiding performance degradation due to overheating. The insulation layer is made of polyvinyl chloride (PVC) or cross-linked polyethylene (XLPE) materials. The insulation layer of THHN type cable is a thermosetting polymer, which has high heat resistance and mechanical strength; THWN type, on the basis of THHN, adds moisture resistance design, which is more suitable for humid environments. This insulating material not only has excellent insulation performance with a volume resistivity greater than 1×10¹⁴Ω·cm, which can effectively block current and prevent electric leakage accidents, but also has certain chemical corrosion resistance and weather resistance, and can maintain stable performance in complex environments.​ In terms of characteristic uses, 500 Kcmil cables are often used in power supply lines of medium-sized motors, large compressors and other equipment in industrial plants, and can also be used as the main distribution trunk of commercial buildings to provide stable support for the power system of the entire building. 600 Kcmil cables are suitable for power transmission of large industrial equipment, such as rolling mills in steel plants, reactors in chemical plants, etc. At the same time, in the power distribution system of high-rise buildings, they can be used as main lines to transmit power to multiple floors. Due to its large current-carrying capacity, 700 Kcmil cables are often used in main incoming cables of large data centers, auxiliary power supply systems of large power stations, and power supply for high-load equipment in heavy industries such as mines, which can meet the continuous power demand of high-power equipment.​ In addition, the multi-strand stranded structure of THHN/THWN copper cable makes it have good flexibility, which is convenient for bending and threading in complex wiring environments, reducing construction difficulty. Its moisture resistance (especially THWN type) makes it reliable in wiring in humid areas such as underground garages, bathrooms, and kitchens. At the same time, the insulation layer of the cable has certain flame retardant properties, which can delay the spread of fire in case of fire, buying time for personnel evacuation and fire rescue.​ In conclusion, THHN/THWN copper cable (stranded 500, 600, 700 Kcmil, 600V) has become an ideal choice in various power transmission systems with its reasonable specification design, high-quality materials and wide range of application scenarios, providing stable and safe power guarantee for industrial production, commercial operation and residents' lives.

The stranded copper PVC cable (rated voltage 600V, available in four specifications: 5.5mm²/~10 AWG, 8.0mm²/~8 AWG, 100mm²/~3/0 AWG, 200mm²/~400 kcmil) is a widely used basic power transmission component in the low-voltage power distribution field. Relying on the excellent performance of the stranded copper conductor, the reliable protection of the PVC insulation layer, and flexible specification options, it adapts to the low-voltage power supply needs of industrial, commercial, civil, and municipal scenarios, and becomes a key product to ensure the stable operation of power distribution systems with 600V and below.​ In terms of core specifications and performance, the 600V rated voltage design of the cable accurately matches the common voltage level of low-voltage power distribution systems. It can be directly used for power transmission from the distribution box to the electrical terminal without additional voltage reduction equipment, greatly simplifying the power distribution link. The four specifications cover scenarios with different current-carrying requirements: the 5.5mm² (corresponding to 10 AWG, American Wire Gauge) specification has a current-carrying capacity of approximately 30-40A (when installed in air, ambient temperature 30℃), which is suitable for power supply of low-power electrical equipment, such as household lighting circuits, dedicated power supply for small household appliances (wall-mounted air conditioners, refrigerators), or socket branch circuits in commercial places; the 8.0mm² (corresponding to 8 AWG) specification has an increased current-carrying capacity of 45-55A, which can meet the needs of medium-sized electrical equipment, such as ovens in commercial kitchens, small motors in industrial workshops, and backup power circuits for elevators in office buildings; the 100mm² (corresponding to 3/0 AWG) specification has a current-carrying capacity of 200-230A, designed specifically for high-power equipment, such as heavy machine tools in industrial production lines, central air-conditioning hosts in commercial complexes, and main power supply circuits for server cabinets in data centers; the 200mm² (corresponding to 400 kcmil, thousand circular mils) specification has a current-carrying capacity of 320-350A, mainly used for low-voltage power distribution trunk lines, such as workshop main power distribution cables in industrial parks, floor main power distribution circuits in large shopping malls, and water pump cluster power supply trunks in municipal sewage treatment plants, undertaking the total power transmission task in the area. This multi-specification coverage allows users to select models accurately according to specific electrical loads, installation environments, and equipment power, avoiding cost waste caused by "over-specification" or safety hazards caused by "under-specification".​ In terms of material and structural advantages, the conductor is made of high-purity stranded copper with a purity of over 99.95%. Compared with solid copper conductors, the stranded structure is formed by spiral stranding of dozens of thin copper wires, with two core advantages: first, it has better flexibility and a smaller bending radius (the static bending radius is not less than 6 times the outer diameter of the cable, and the dynamic bending radius is not less than 10 times), which is convenient for installation in narrow spaces (such as wall conduits and internal wiring troughs of equipment) and adapts to complex wiring environments, such as wall-embedded pipes in home decoration and dense wiring inside industrial equipment; second, it has higher mechanical strength. The stranded structure can disperse external impact and reduce the risk of conductor breakage. During transportation and installation, even if it is slightly pulled or bent, conductor damage is not easy to occur, reducing construction losses. At the same time, the high-purity copper has extremely low resistivity (resistivity ≤0.0172Ω·mm²/m at 20℃), and the power loss during current transmission is much lower than that of aluminum conductors. Taking a 100m long 100mm² cable as an example, its DC resistance is only about 0.018Ω, and the line loss during operation can be controlled within 1%, which can significantly save electricity costs in long-term use.​ The insulation layer is made of polyvinyl chloride (PVC) material, with multiple protective properties: first, it has excellent insulation performance, with a volume resistivity ≥10¹⁴Ω·cm, which can effectively isolate the conductor from the outside world and prevent electric leakage accidents. Even in humid environments (relative humidity ≤85%), it can maintain stable insulation performance, adapting to humid scenarios such as bathrooms, basements, and underground garages; second, it has good temperature resistance, with a normal operating temperature range of -15℃ to 70℃, which can cope with environmental temperature changes in most areas. It is not easy to soften and deform at high temperatures in summer, and will not become brittle and crack at low temperatures in winter, making it suitable for use in different climate regions in northern and southern China; in addition, the PVC insulation layer is also added with flame retardants, meeting the flame retardant requirements in GB/T 19666 (usually Class B or Class C flame retardant). It can inhibit the spread of flames in case of fire, and release less toxic gas during combustion, improving electrical safety, especially suitable for crowded commercial places (such as shopping malls, schools) and confined spaces (such as underground machine rooms).​ From the perspective of practical application scenarios, the cable has strong versatility. In the civil field, the 5.5mm² and 8.0mm² specifications are the main cables for residential decoration. The 5.5mm² is used for lighting and ordinary sockets, and the 8.0mm² is used for dedicated power supply for high-power household appliances such as air conditioners and electric water heaters, ensuring household electrical safety; in the commercial field, specifications below 10.0mm² are used for branch power distribution in shops and office buildings, the 100mm² specification is used for main power supply of central air conditioners and large elevators, and the 200mm² specification is used as the floor main power distribution trunk line in shopping malls, connecting the substation and the floor distribution room; in the industrial field, specifications of 8.0mm² and above are widely used for power supply of workshop equipment, and the 100mm² and 200mm² specifications are adapted to heavy equipment and production line main circuits, withstanding the dusty and slightly oily environment in the workshop; in the municipal field, the cable can also be used for road lighting and power supply of small municipal facilities (such as bus stop charging piles). The weather resistance of the PVC insulation layer can cope with outdoor sun and rain, extending the service life.​ In addition, the cable also has significant advantages in installation and maintenance. The surface of its outer PVC insulation layer is smooth, with low friction resistance during installation, which can easily pass through pipes or cable trays, reducing construction difficulty; the stranded copper conductor has good ductility, which is convenient for crimping or welding with terminals during wiring, reducing the risk of poor contact. In the maintenance link, the PVC insulation layer has various colors (commonly black, red, blue, yellow), and the phase wire, neutral wire, and ground wire can be distinguished by color, facilitating later fault detection; at the same time, the PVC material has stable aging resistance, with a service life of 15-20 years in normal use environment, and no frequent replacement is required during the period, greatly reducing maintenance costs. Generally speaking, the stranded copper PVC cable (600V, multiple specifications) has become a "versatile" cable in the low-voltage power distribution field due to its reliable performance, flexible specifications, and moderate cost, providing an efficient and safe solution for low-voltage power transmission in various industries.