This 0.6/1kV PVC-insulated power cable series (AVVG/VVG/VVGG/AVVGG) is designed for low-voltage distribution systems. Featuring PVC insulation and sheath, it offers excellent electrical performance, mechanical strength, and environmental resistance, complying with IEC 60502 and GB/T 12706 standards. Key Features Conductor: Aluminum (AVVG) or copper (VVG/VVGG/AVVGG), 1.5mm² to 240mm² Insulation: PVC, rated for 0.6/1kV Sheath: Standard PVC or armored (VVGG/AVVGG) Installation: Suitable for indoor, cable trenches, conduits Temperature: -15℃ to +70℃ (70℃ continuous operation) Applications Building power distribution Industrial equipment supply Temporary power projects

The AL 1-YYY and AYKY series single-core aluminum cables are available in various sizes including 95mm², 185mm², 240mm² and 4×240mm², featuring PVC insulation with 16A/30A rated current options. These cables offer excellent conductivity and cost-effectiveness, suitable for fixed installations in industrial power distribution and building electrical systems. Compliant with international electrical standards, they provide heat-resistant and aging-resistant properties for safe and reliable power transmission solutions.

Thhw Al Aluminum Wire Cable 4 6 1/0 2/0 4/0 AWG 350mcm 600V with PVC Insulation​ The THHW Aluminum Wire Cable series—spanning 4 AWG to 350MCM (including 6, 1/0, 2/0, 4/0 AWG)—delivers reliable 600V power distribution for commercial and industrial applications. Constructed with 1350-H19 aluminum (61% IACS conductivity), these single-conductor cables feature PVC insulation (1.0–2.2mm thickness) rated for 75°C continuous operation (105°C short-term).​ Current capacities scale with gauge: 4 AWG (85A), 6 AWG (55A), 1/0 AWG (125A), 2/0 AWG (145A), 4/0 AWG (195A), 350MCM (310A). The stranded design (7–61 strands, 1.6–3.4mm diameter) ensures flexibility (6× OD bend radius) for conduit, cable trays, or dry locations.​ PVC insulation resists oils, water, and abrasion, with flame-retardant properties (UL 94 V-2). Compliant with UL 83 and ASTM B230, these lightweight cables (0.3–3.2kg/m) offer 40% cost savings over copper, ideal for building wiring, motor leads, and industrial control systems requiring durable 600V performance.

This paper introduces a series of pure copper cable products with specifications including 3X185+95, 3X150+70, 3X95+50, 3X70+35, 3X25+16 mm², etc. These cables use high-purity copper as conductors, which have excellent electrical conductivity, effectively reducing energy loss during power transmission and being suitable for various power transmission scenarios. The insulation layer of the cables is made of polyvinyl chloride (PVC) material, which has good insulation, corrosion resistance, and mechanical strength. It can ensure the stable operation of the cables in different environments, and also has certain fire and moisture resistance capabilities, improving the safety of use. The "3X+" structure in the model indicates that the cable is designed for a three-phase four-wire system, where "3X" represents three phase lines, and the following number indicates the cross-sectional area of the neutral line. This structure meets the power transmission needs of three-phase power systems and is widely used in industrial equipment, building power distribution, municipal engineering, and other fields. In addition, the mentioned "2xy, 3xy, N2xy Kabe" may be additional models or classification identifiers of the cables, further enriching the product series to adapt to different installation environments and technical requirements. With their excellent performance and diverse specifications, these pure copper PVC insulated cables provide reliable and flexible solutions for power transmission, meeting the electricity needs of multiple fields from industrial production to civil construction.

10kv-Jklgyj Power Cable: PVC Insulation Aluminum Conductor for Aerial Urban-Rural Distribution & Industrial Use​ The 10kv-Jklgyj power cable stands as a high-quality solution for aerial power distribution, designed to meet the demands of both urban and rural electrical networks, as well as industrial applications. Featuring an aluminum conductor and PVC insulation, this cable balances efficiency, durability, and cost-effectiveness, making it a reliable choice for overhead power transmission.​ The aluminum conductor is engineered for optimal conductivity, ensuring efficient power delivery with minimal energy loss—critical for long-distance aerial distribution in urban grids and rural areas where power needs to reach remote locations. Aluminum’s lightweight nature simplifies installation, reducing the load on overhead poles and easing handling during setup, which is particularly advantageous in complex urban landscapes or challenging rural terrains.​ PVC insulation enhances the cable’s resilience, providing resistance to weather elements such as UV radiation, moisture, and temperature fluctuations (-20°C to 70°C). This protection ensures stable performance in diverse environments, from bustling city centers exposed to pollution and frequent weather changes to rural regions with harsh seasonal conditions. The insulation also offers good mechanical strength, resisting abrasion and impact from external factors like wind-blown debris.​ Rated for 10kv, the Jklgyj cable is well-suited for medium-voltage distribution, supporting industrial power needs, urban infrastructure, and rural electrification projects. Its aerial design eliminates the need for underground trenching, reducing installation costs and timelines. Compliant with industry quality standards, it guarantees long-term reliability, making it a trusted choice for bridging urban-rural power gaps and powering industrial operations.

10KV-JKLGYJ Power Cable with PVC Insulation Aluminum Conductor Quality Aerial Urban Rural Distribution for Industrial Use​ The 10KV-JKLGYJ power cable, featuring PVC insulation and an aluminum conductor, is a versatile solution for aerial power distribution in both urban and rural areas, with robust performance tailored for industrial applications. Designed to balance efficiency, durability, and cost-effectiveness, this cable meets the demands of medium-voltage (10KV) transmission, ensuring reliable power delivery across diverse environments.​ The aluminum conductor offers a lightweight, cost-efficient alternative to copper, reducing installation strain on overhead structures while maintaining sufficient conductivity for 10KV systems. Its stranded design enhances flexibility, facilitating easy routing over poles and around obstacles in complex urban grids or sprawling rural landscapes. Encased in PVC insulation, the cable gains resistance to UV radiation, moisture, and mild chemicals—critical for withstanding outdoor exposure in industrial zones, construction sites, or agricultural areas.​ Ideal for bridging urban substations to commercial hubs and rural grids to farms or small industries, the 10KV-JKLGYJ cable supports consistent power flow for machinery, manufacturing lines, and infrastructure. Its aerial design minimizes ground space usage, making it suitable for densely populated cities and remote regions alike. Compliant with industry standards, it ensures safety and compatibility with existing distribution networks, offering a reliable choice for upgrading or expanding power systems in industrial and residential settings.

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.

2.0sqmm 3.5sqmm 5.5sqmm 8.0sqmm 60.0sqmm THHN/THWN Stranded Copper Wire Cable Abstract​ The THHN/THWN Stranded Copper Wire Cable, available in 2.0sqmm, 3.5sqmm, 5.5sqmm, 8.0sqmm, and 60.0sqmm, is a high-performance electrical solution designed for heating systems, boasting a 600V rated voltage and robust PVC insulation. Compliant with THHN/THWN standards, this cable excels in both dry and wet environments, making it versatile for diverse heating applications.​ The stranded copper conductor enhances flexibility, allowing easy installation in tight spaces around boilers, furnaces, and underfloor heating setups. This design reduces the risk of breakage during routing, ensuring long-term reliability. PVC insulation provides excellent resistance to heat, moisture, and abrasion, safeguarding the conductor against harsh conditions common in heating systems.​ With a range of sizes, the cable caters to varying power demands: smaller 2.0sqmm and 3.5sqmm for residential heating components like thermostats and small boilers, while 5.5sqmm and 8.0sqmm suit medium-sized commercial systems. The 60.0sqmm variant handles heavy-duty industrial heating equipment with high current loads. Its 600V rating ensures compatibility with standard heating voltages, delivering stable power transmission.​ Compliant with industry regulations, this cable combines durability, flexibility, and safety, making it a trusted choice for efficient and secure electrical connections in heating systems across residential, commercial, and industrial settings.

THW-2-LS / THHW-2-LS Stranded Copper Power Cable Abstract​ The THW-2-LS / THHW-2-LS Stranded Copper Power Cable, available in 14, 12, 10, 8, 6, 4 AWG with 19 strands, is a high-performance solution engineered for heating systems, featuring PVC insulation and a 600V rated voltage. Compliant with THW-2-LS and THHW-2-LS standards, it excels in both dry, damp, and wet environments, making it versatile for diverse heating applications.​ The 19-strand copper conductor enhances flexibility, enabling easy routing through tight spaces around boilers, furnaces, and underfloor heating setups. This design minimizes breakage risks during installation, ensuring long-term reliability. PVC insulation provides robust resistance to heat, moisture, and abrasion, safeguarding the conductor against harsh conditions in heating systems.​ With a range of AWG sizes, the cable adapts to varying power demands: smaller 14-10 AWG for residential heating components like thermostats and small boilers, while 8-4 AWG suit commercial/industrial systems with higher loads. Its 600V rating ensures compatibility with standard heating voltages, delivering stable power transmission.​ Compliant with industry regulations, this cable combines durability, flexibility, and safety, making it a trusted choice for efficient electrical connections in heating systems across residential, commercial, and industrial settings.

Kbl H07V-K NYAF Cable with PVC Insulation 16mm 25mm 35mm 50mm Blue Stranded Copper for Heating Applications​ The Kbl H07V-K NYAF cable stands as a robust solution for heating applications, featuring stranded copper conductors in 16mm², 25mm², 35mm², and 50mm² sizes, all encased in durable blue PVC insulation. Designed to meet the rigorous demands of heating systems, its stranded copper core ensures excellent conductivity and flexibility, enabling seamless installation in tight spaces such as industrial furnaces, underfloor heating setups, and commercial boilers.​ The H07V-K rating certifies its compliance with European standards for low-voltage cables, guaranteeing reliability in temperatures up to 70°C and resistance to moisture, oils, and mechanical stress—critical for heating environments where stability is paramount. The vibrant blue insulation not only aids in easy identification during installation but also provides robust protection against abrasion and chemical exposure, extending the cable’s service life.​ Available in multiple cross-sectional areas, this cable accommodates varying power requirements, from residential heating systems to heavy-duty industrial heating equipment. Its SEO-optimized attributes, including “H07V-K,” “stranded copper,” and “heating applications,” make it a highly discoverable choice for professionals seeking dependable wiring solutions tailored to thermal systems.

Thhn/Thwn cable is a high-performance cable suitable for power distribution scenarios. It has a rated voltage of 600V, adopts stranded copper conductors and PVC insulation materials, can withstand a high temperature of 90°C in dry environments, and has specifications covering 10mm², 16mm², 25mm², 35mm², 50mm², 240mm², etc. It can provide stable and reliable power transmission support for power distribution systems of different scales.​ In terms of conductors, the cable is made of stranded copper wires. Copper has excellent conductivity. The stranded structure not only enhances the flexibility of the cable, making it easier to bend and thread during wiring, but also effectively reduces the skin effect during current transmission, reduces energy loss, and improves power distribution efficiency. Compared with conductors of other materials, copper conductors have stronger oxidation resistance and corrosion resistance, which can maintain stable conductivity during long-term use, extend the service life of the cable, and provide a solid guarantee for the safe operation of the power distribution system.​ The insulation layer is made of PVC material, which has excellent insulation performance, can effectively insulate current, prevent electric leakage accidents, and ensure the safety of the power distribution process. At the same time, the PVC insulation layer has good temperature resistance and can withstand a high temperature of 90°C in a dry environment. Even when the temperature rises due to long-term operation of the power distribution system, it can maintain a stable insulation effect and will not age and deteriorate due to high temperature. In addition, PVC material also has certain chemical corrosion resistance, which can resist the erosion of acids, alkalis and other chemical substances that may exist in the power distribution environment, further improving the applicability of the cable.​ In terms of specifications, Thhn/Thwn cables provide a variety of cross-sectional area options to meet different power distribution needs. Cables with 10mm² and 16mm² specifications are suitable for small power distribution branch lines, such as small office equipment in office buildings and lighting systems in shops. These scenarios have relatively small power demand, and these two specifications of cables can easily meet the needs. Cables with 25mm² and 35mm² specifications are suitable for medium-sized power distribution lines, such as small and medium-sized production equipment in factories and air conditioning systems in commercial buildings. They can carry large currents to ensure the normal operation of the equipment. Cables with 50mm² specification can be used for large-scale main power distribution lines, such as lines connecting community distribution rooms and distribution boxes of each building. The 240mm² cable has the strongest current-carrying capacity and is suitable for main power distribution lines of large industrial enterprises or total power distribution systems of large building complexes, which can meet the power demand of high-power equipment.​ In terms of application scenarios, Thhn/Thwn cables are widely used in various power distribution systems. In the commercial field, they can be used for power distribution wiring in shopping malls, hotels, office buildings and other places to provide power support for lighting, air conditioning, elevators and other equipment. In the industrial field, they are suitable for production workshops, warehouses and other areas of factories to transmit power for various production equipment. In residents' lives, they can be used as power distribution lines in communities to connect transformers and distribution boxes of residential buildings to ensure residents' daily electricity use. Whether in dry indoor environments or some special places with certain requirements for cable performance, Thhn/Thwn cables can play an excellent role in ensuring the stable operation of the power distribution system.

CR1 2*1.5mm² Fire-Resistant Cable for Construction Copper Conductor with PVC Insulation​ The CR1 2*1.5mm² fire-resistant cable stands as a critical safety solution for construction electrical systems, featuring twin 1.5mm² copper conductors insulated with flame-retardant PVC. Engineered to maintain functionality during fire emergencies, this cable is designed for life-safety circuits in buildings, including emergency lighting, fire alarms, and evacuation systems.​ The stranded copper conductors ensure efficient conductivity and flexibility, enabling easy installation in walls, ceilings, and conduit systems—essential for complex construction layouts. The PVC insulation, treated for fire resistance, delays ignition and limits flame spread, complying with strict building safety standards. It also resists moisture and abrasion, ensuring durability in harsh construction environments.​ Rated for low-voltage applications, this 2-core cable balances performance and safety, making it ideal for high-risk areas like hospitals, hotels, and commercial complexes. SEO-optimized keywords such as “fire-resistant construction cable,” “copper conductor PVC,” and “2*1.5mm²” enhance its visibility for builders and electricians seeking code-compliant, life-saving wiring solutions.​ Whether in new builds or retrofits, the CR1 cable delivers reliable performance under extreme conditions, reinforcing its role as a vital component in modern construction safety infrastructure.