This product is a Vgv type flexible cable reel wire, covering two specifications of 2X1mm² and 2X1.5mm². It is suitable for 220V low-voltage power transmission scenarios, with high-quality materials and stable performance as its core advantages.​ The conductor is made of high-purity copper, which has excellent conductivity and low resistance loss, enabling efficient transmission of 220V power. The flexible design allows the cable to be bent flexibly, adapting to scenarios that require bending such as home wiring and small electrical connections, making the laying operation convenient.​ The insulation layer is made of temperature-resistant and anti-aging PVC material, with reliable insulation performance. It can withstand long-term use under 220V voltage and effectively prevent the risk of electric leakage. The outer sheath is smooth and wear-resistant, which can resist friction and slight impact in daily use and protect the internal structure.​ The 2X1mm² specification is suitable for power connection of small household appliances (such as desk lamps and chargers), and the 2X1.5mm² is suitable for equipment with slightly higher power (such as microwave ovens and vacuum cleaners). The reel packaging is convenient for cutting on demand, meeting various needs such as home decoration and office equipment wiring, and providing a safe and flexible power transmission solution for low-voltage electricity scenarios.

Aluminum-copper conductor high-voltage cables are key equipment in the field of high-voltage power transmission. Their core advantage lies in combining the characteristics of aluminum and copper conductor materials, while covering various cross-sectional specifications such as 30mm², 50mm², and 95mm², which can meet the needs of different high-voltage transmission scenarios.​ In terms of conductor design, such cables adopt an aluminum-copper composite structure, usually with aluminum as the base material and a high-purity copper layer coated on the outer layer, or copper-aluminum transition joints are used to achieve efficient combination of the two materials. The aluminum material reduces the weight of the cable, lowers installation and transportation costs, while the copper layer ensures excellent electrical conductivity, making up for the defect of high resistance of pure aluminum conductors. This enables the cable to effectively reduce energy loss and improve transmission efficiency during high-voltage power transmission. This "aluminum-based copper-clad" composite structure not only utilizes the lightweight advantage of aluminum but also retains the high conductivity of copper, making it an ideal choice for balancing cost and performance.​ The diversity of cross-sectional specifications makes it widely applicable: 30mm² cables are suitable for branch lines of small and medium-sized substations, high-voltage feeders of urban distribution networks, etc.; 50mm² cables can meet the high-voltage incoming line needs of industrial parks and large enterprises; 95mm² cables are mostly used in high-voltage main lines, long-distance transmission lines and other large current transmission scenarios. Cables of different specifications can withstand high voltages of 10kV and above, and some models can even be adapted to ultra-high voltage grids such as 220kV and 500kV, with strong voltage adaptability.​ The insulation and protection system is the core guarantee of high-voltage cables. The insulation layer mostly uses XLPE (cross-linked polyethylene) material, which has the characteristics of high voltage resistance, aging resistance, and chemical corrosion resistance. It can work stably in an environment of -40℃ to 90℃, effectively resisting partial discharge and electrical tree aging under high-voltage electric fields. The sheath layer is usually PVC (polyvinyl chloride) or PE (polyethylene), and some models are also added with steel tape or steel wire armoring to enhance the mechanical strength and impact resistance of the cable. It is suitable for various installation methods such as direct burial, pipe laying, and tunnel laying, especially suitable for high-voltage transmission projects in complex terrain and harsh environments.​ In the application field, aluminum-copper conductor high-voltage cables are widely used in the transmission and distribution networks of power systems, including urban power grid upgrading and transformation, grid-connected transmission of new energy power stations (such as wind power and photovoltaics), high-voltage power supply in industrial parks, etc. Their composite conductor design reduces the total project cost while ensuring transmission stability and safety, becoming a preferred product with both economy and reliability in the high-voltage cable market.​ In addition, professional manufacturers strictly follow the International Electrotechnical Commission (IEC) and relevant national standards during the production process. Through multiple quality inspection procedures such as conductor purity testing, insulation withstand voltage testing, and mechanical performance testing, they ensure that the performance of each batch of cables meets the standards. The perfect quality control system and customized production capacity further enhance the competitiveness of this type of cable in the field of high-voltage power transmission.

Low voltage XLPE insulated, PVC insulated 10mm, 16mm, 25mm 4 core aluminium underground electric wires are cable products specially designed for underground power transmission. With unique structural and performance advantages, they play an important role in underground wiring scenarios such as urban power distribution, industrial plants, and residential communities.​ In terms of specification parameters, this series of wires adopts 4-core aluminium conductors, with conductor cross-sectional areas covering three common specifications: 10mm², 16mm², and 25mm², which can meet the needs of underground power transmission with different powers. The 10mm² wire is suitable for underground power supply of small electrical equipment, such as garden lighting and small irrigation systems; the 16mm² wire can be used for medium-power underground power distribution, such as power supply for public facilities in residential communities; the 25mm² wire can cope with large-power power transmission and is suitable for underground power lines in industrial plants. There are two types of insulation layers available: XLPE and PVC. The XLPE insulation layer has excellent heat resistance and electrical performance, with a working temperature of up to 90℃, which can maintain stable insulation effect in complex underground environments; the PVC insulation layer has good corrosion resistance and mechanical strength, with relatively low cost, suitable for general underground environments. The rated voltage of this series of wires is 0.6/1kV, which conforms to the standards of low-voltage distribution systems and can be safely applied to various low-voltage underground power transmission scenarios.​ In terms of performance characteristics, although the conductivity of aluminium conductors is slightly lower than that of copper, their low density and light weight greatly reduce the construction difficulty and transportation cost during underground laying. At the same time, a dense oxide film will form on the surface of the aluminium conductor, which can effectively resist corrosive substances in the underground soil and prolong the service life of the wire. The XLPE insulation layer has outstanding anti-aging performance and strong resistance to environmental stress cracking. Even if it is affected by temperature changes and humidity in the underground for a long time, it is not easy to age and crack. The PVC insulation layer has good flexibility, which is convenient for bending and laying in narrow underground spaces, and has good acid and alkali resistance and oil resistance, which can adapt to the erosion of oil stains and chemical substances that may exist underground. The 4-core structure design is suitable for the three-phase four-wire distribution system, which can transmit three-phase power and neutral wire at the same time, meeting the diversified needs of underground power distribution. In addition, this series of wires also has a certain compressive performance, which can withstand the pressure of underground soil and the rolling of ground vehicles, ensuring the stability of power transmission.​ The application scenarios are wide. In the underground power distribution network of urban roads, it can be used to connect municipal facilities such as street lamps and traffic lights to provide stable power for them; in the underground garages and under the green belts of residential communities, it can be used as the main power distribution line to transmit power to residential buildings; in the underground pipelines and cable trenches of industrial plants, the wires can provide power support for production equipment and storage facilities; in the underground of greenhouses in the agricultural field and around farmland irrigation systems, they can also be seen to supply power to agricultural electrical equipment. Because it is specially designed for underground environments, it can effectively resist adverse factors such as underground humidity, corrosion, and mechanical impact, ensuring the safety and reliability of power transmission.​ In terms of price, it varies according to the insulation material and cross-sectional area. PVC insulated wires are relatively cheap, suitable for projects with limited budgets; XLPE insulated wires are slightly more expensive due to better performance, but can show better economy in long-term use. The price of 10mm² wires is the lowest, and the price of 25mm² wires is relatively higher. Customers can choose according to actual power demand and budget. In general, this series of wires provides an economical, practical and reliable solution for underground low-voltage power transmission.

The 4X50mm² low voltage XLPE PVC insulated copper power cable is a multi-core cable specially designed for low-voltage distribution systems. It is widely used in power transmission and distribution scenarios in industrial plants, commercial buildings, residential communities, and municipal engineering. Its core advantages lie in the adoption of high-purity copper conductors and a double-layer insulation structure, which combines excellent conductivity, mechanical strength, and environmental adaptability, capable of stably undertaking the task of electrical energy transmission in low-voltage circuits.​ In terms of structure, the cable consists of 4 copper conductors with a cross-sectional area of 50mm², each of which has undergone annealing treatment, featuring good conductivity and flexibility. The choice of copper conductors not only ensures low resistance and low energy loss but also maintains stable electrical performance during long-term use, meeting the requirements of continuous high-load operation. Each conductor is wrapped with a cross-linked polyethylene (XLPE) insulation layer. XLPE material has excellent heat resistance, aging resistance, and insulation strength. Its long-term allowable operating temperature can reach 90℃, and it can withstand a high temperature of 250℃ during a short circuit (within 5 seconds), effectively avoiding the risk of insulation layer failure due to overheating. Outside the XLPE insulation layer, there is a polyvinyl chloride (PVC) sheath. This sheath is tough and has properties such as wear resistance, corrosion resistance, and UV resistance, which can protect the internal structure from external mechanical damage, moisture, and chemical erosion, extending the service life of the cable.​ In terms of performance, the rated voltage of the cable is 0.6/1kV, which meets the standard requirements of low-voltage distribution systems and is suitable for circuits with AC 50Hz or 60Hz. The design of 4 copper conductors with 50mm² cross-sectional area gives it a high current-carrying capacity. When laid in the air, the current-carrying capacity is about 150-180A, and when directly buried in the soil, it is about 130-160A, which can meet the power needs of medium-sized industrial equipment, large commercial facilities, and multi-storey residences. In addition, the insulation resistance of the cable exceeds 1000MΩ·km, and the dielectric loss tangent (tanδ) is less than 0.005, ensuring efficient power transmission and reducing energy loss. Its mechanical properties are also excellent, with a minimum bending radius of 12 times the cable outer diameter (for fixed laying) and 20 times the cable outer diameter (for dynamic laying), facilitating installation in narrow spaces. At the same time, it has high tensile strength and impact resistance, able to withstand stretching and extrusion during laying.​ In application scenarios, the multi-core design of the 4X50mm² low voltage XLPE PVC insulated copper power cable makes it particularly suitable for three-phase four-wire distribution systems, which can transmit phase lines and neutral lines at the same time. It is widely used in the following scenarios: connecting medium-sized motors, production lines, and distribution control cabinets in industrial plants; main lines of central air conditioning systems, elevators, and lighting in commercial buildings such as shopping malls and hotels; distribution trunk lines in residential communities, connecting transformers and building distribution cabinets; street lamp systems, traffic signal facilities, and small pumping stations in municipal engineering. In addition, due to the weather resistance of its PVC sheath, the cable can not only be used for indoor open laying, concealed laying, or pipe laying but also can be used in outdoor environments for a short time, adapting to various complex installation conditions.​ In terms of installation and maintenance, cable laying must follow relevant specifications to avoid excessive bending, stretching, or contact with sharp objects, so as to prevent damage to the insulation layer and sheath. Special copper joints should be used during connection to ensure the conductivity and insulation sealing of the joint, preventing leakage or short circuit faults. After laying, insulation resistance testing and voltage withstand testing must be carried out to confirm that the cable is undamaged. In daily maintenance, the appearance of the cable should be regularly checked for damage and aging. For cables exposed to outdoor or humid environments, protective measures should be strengthened to avoid accelerated aging of the sheath. If the cable is found to have overheating, peculiar smell, or decreased insulation performance, it should be replaced in time to ensure the safe operation of the power system.​ In conclusion, the 4X50mm² low voltage XLPE PVC insulated copper power cable, with its reasonable structural design, excellent performance indicators, and wide applicability, has become an ideal choice in the field of low-voltage distribution. It can not only meet the power transmission needs in different scenarios but also balance safety, reliability, and economy, providing a solid guarantee for the stable operation of low-voltage power networks.

Manufacturer Electric Cable Wire (100% Copper, 4mm, 6mm)（English Part）​ This manufacturer’s electric cable wire, crafted from 100% copper with 4mm and 6mm specifications, stands as a high-performance solution for diverse electrical applications. The use of pure copper ensures exceptional conductivity, enabling efficient power transmission with minimal energy loss—critical for both residential and commercial settings where reliable electricity flow is essential.​ The 4mm variant is ideal for medium-load applications such as lighting circuits, general power outlets, and small appliances, balancing flexibility with sufficient current-carrying capacity. The 6mm wire, with its larger cross-sectional area, caters to higher-load needs, including wiring for air conditioners, electric water heaters, and industrial machinery, providing robust performance under increased electrical demand.​ Both sizes feature durable construction, designed to withstand daily wear, temperature fluctuations, and mechanical stress, ensuring long-term reliability. Compliant with industry standards, these electrical wires are trusted by electricians, contractors, and homeowners for new installations, renovations, and industrial projects, offering a combination of quality, efficiency, and versatility that makes them a go-to choice for professional electrical systems.

Hot Sale 26AWG 80 Degree 300V Stranded Flexible PVC Insulated Electrical Wire 1007 for Electrical Appliance（English Part）​ This hot-selling 26AWG stranded flexible PVC insulated electrical wire, rated at 80 degrees and 300V, is a premium solution tailored for electrical appliances, adhering to the 1007 standard. The stranded conductor, composed of multiple fine copper strands, ensures exceptional flexibility, making it ideal for internal wiring in appliances where frequent bending or tight routing is required, such as in small kitchen gadgets, home electronics, and office equipment.​ The PVC insulation offers reliable electrical isolation, withstanding up to 300V and maintaining stability at temperatures up to 80 degrees Celsius, ensuring safe operation even during prolonged use of appliances. This insulation also resists abrasion, moisture, and common household chemicals, enhancing the wire’s durability and longevity in diverse indoor environments.​ Compliant with industry specifications, this wire guarantees consistent performance, facilitating secure connections within appliances. Its compact 26AWG size suits low-current applications, providing efficient power transmission with minimal space occupation. Favored by manufacturers and repair professionals, it balances flexibility, safety, and cost-effectiveness, making it a top choice for electrical appliance wiring needs.

This product consists of 2.5mm² and 4mm² BVR flexible copper core PVC insulated wires, specifically designed for building electrical systems, with excellent conductivity, flexibility, and safety performance. The conductor is made of high-purity electrolytic copper, stranded with multiple fine copper wires. The 2.5mm² specification is usually composed of 19 strands of copper wires with a diameter of approximately 0.41mm, while the 4mm² specification consists of 49 strands of copper wires with a diameter of about 0.32mm. The multi-strand stranded structure endows the wire with excellent flexibility, enabling it to easily adapt to complex corners, pipe threading, and narrow space installation requirements in building wiring. It is particularly suitable for line layout in concealed parts such as ceilings and wall interlayers, while reducing the risk of conductor damage caused by bending.​ The insulation layer is made of high-quality polyvinyl chloride (PVC) material, which has good electrical insulation performance, aging resistance, and mechanical strength. The PVC insulation layer can effectively isolate the conductor from the external environment, withstand the normal operating temperature range (-15℃ to 70℃), and has certain acid-alkali resistance, oil resistance, and flame-retardant properties. It meets the safety requirements of national standards such as GB/T 5023.3 for building wires, which can significantly reduce the hidden dangers of short circuits, electric leakage, and fires. The insulation thickness of the two specifications is reasonably designed according to the conductor cross-sectional area. The insulation thickness of 2.5mm² wires is approximately 0.8mm, and that of 4mm² is about 0.9mm, which not only ensures insulation reliability but also avoids excessive wire diameter increasing wiring difficulty.​ In terms of electrical performance, the rated current-carrying capacity of 2.5mm² wires is approximately 16-25A (depending on the laying environment), suitable for household lighting circuits, ordinary socket circuits, and small household appliance power supply. The rated current-carrying capacity of 4mm² wires is about 25-32A, which can meet the power supply needs of high-power electrical appliances such as air conditioners and electric water heaters, or be used as the main line of branch circuits. Both are applicable to building electrical systems with AC 50Hz and rated voltage of 450/750V and below, and are widely used in power and lighting line laying in residences, commercial buildings, office buildings and other places.​ The product comes in a variety of colors, including yellow-green (exclusively for grounding wires), blue (neutral wire), brown or black (live wire), etc., strictly following the color identification standards of electrical specifications. This facilitates distinguishing line functions during installation and reduces wiring errors. In addition, the copper conductor of BVR flexible wire has undergone annealing treatment, with a smooth surface and no burrs, making close contact with connectors such as terminals and sockets, reducing contact resistance and heating risks, and ensuring long-term stable operation. Overall, with its characteristics of flexibility, easy installation, safety, reliability, and strong adaptability, this series of wires has become an ideal choice in building electrical wiring, which can meet the power supply needs of different power loads and provide a solid guarantee for the safe and efficient operation of building electrical systems.

No. 4awg 6awg 8awg 10awg 12awg 14awg Wire THHN THWN Electric Wire Cable Solid 500ft 1000ft One Roll Abstract​ The THHN/THWN Electric Wire Cable, available in No. 4awg, 6awg, 8awg, 10awg, 12awg, and 14awg, comes in solid conductor construction and is offered in 500ft and 1000ft rolls. This versatile cable is engineered to meet the demands of diverse electrical applications, boasting compliance with THHN and THWN standards for reliable performance in both dry and wet environments.​ The solid copper conductor ensures excellent electrical conductivity, minimizing energy loss during transmission. This makes it ideal for residential, commercial, and industrial wiring, where efficient power delivery is crucial. THHN certification allows use in dry and damp locations with a temperature rating of up to 90°C, while THWN compliance extends its utility to wet environments, withstanding temperatures up to 75°C, making it suitable for areas prone to moisture such as basements or outdoor installations.​ With a range of AWG sizes, the cable caters to varying current requirements: smaller 12awg and 14awg for lighting and small appliances, mid-range 8awg to 10awg for power tools and HVAC systems, and larger 4awg to 6awg for heavy-duty equipment like electric water heaters. The 500ft and 1000ft rolls provide convenience for large-scale projects, reducing the need for frequent splices and ensuring consistent performance.​ Durable PVC insulation with a nylon jacket offers resistance to abrasion, chemicals, and oil, enhancing longevity and safety. Compliant with industry standards, this THHN/THWN wire cable is a trusted choice for electricians and DIY enthusiasts seeking reliable, high-performance wiring solutions.

Single Core Flame Retardant DC Power Cable 16mm, 25mm, 35mm PVC Insulated Building Electric Wire Stranded Conductor for Heating​ This single core flame retardant DC power cable stands as a reliable solution for building electrical systems and heating applications, combining safety and performance. Available in 16mm², 25mm², and 35mm², it caters to varying power demands, from medium-heat residential systems (16mm²) to heavy-duty industrial heating equipment (35mm²).​ The stranded conductor design enhances flexibility, simplifying installation in building structures, while the PVC insulation ensures durability against moisture, abrasion, and moderate heat. Its flame retardant property is critical, slowing fire spread and reducing risks in enclosed spaces like commercial buildings or residential complexes.​ Optimized for DC power transmission, the cable minimizes energy loss, boosting heating efficiency. Compliant with building electrical standards, it integrates seamlessly into heating setups such as radiant systems or industrial heaters. Ideal for contractors and engineers, this cable balances safety, flexibility, and reliability, making it a top choice for building-based heating solutions.

35mm, 50mm², 70mm² Transparent PVC Insulated Stranded Copper Electric Wire​ This range of stranded copper electric wires, available in 35mm, 50mm², and 70mm², stands out with its transparent PVC insulation, blending functionality with visibility. Crafted with high-purity stranded copper conductors, it ensures superior electrical conductivity, minimizing energy loss and ensuring efficient power transmission across diverse applications.​ The transparent PVC insulation offers dual benefits: it provides robust protection against moisture, abrasion, and moderate heat (up to 70-90°C), while allowing visual inspection of the conductor’s condition—simplifying maintenance and ensuring early detection of damage. This feature is invaluable in industrial, commercial, and residential settings where reliability is critical.​ With varying cross-sectional sizes, the wires cater to different power demands: 35mm for medium-duty systems, 50mm² for heavier commercial loads, and 70mm² for industrial equipment. Compliant with industry standards, they balance flexibility (from stranded construction) and durability, making them ideal for wiring in machinery, building electrical systems, and power distribution. A top choice for professionals seeking performance, visibility, and versatility.

Electric Wire & Cable Rouleaux De Fil TH Electrique 1.5, 2.5, 4, 6 Mm² PVC Copper Core Insulated Housing Wooden Drum Fil Th 1.5mm² This range of TH electric wires, available in 1.5, 2.5, 4, and 6 mm², is engineered for residential electrical systems, combining reliability with practicality. Encased in PVC insulation and featuring a high-purity copper core, these wires ensure efficient power transmission with minimal energy loss, making them ideal for lighting, outlets, and small appliances in homes. The PVC insulation provides robust protection against moisture, abrasion, and moderate heat (up to 70°C), ensuring longevity in indoor housing environments. Stranded or solid copper cores (depending on gauge) enhance conductivity, while the wooden drum packaging facilitates easy storage, handling, and installation—reducing tangling and simplifying deployment for electricians. With tiered sizing, the wires cater to varied residential demands: 1.5 mm² for lighting circuits, 2.5 mm² for general outlets, 4 mm² for higher-power appliances like air conditioners, and 6 mm² for heavy-duty uses such as electric water heaters. Compliant with industry standards, they balance safety, flexibility, and cost-effectiveness, making them a trusted choice for housing electrical installations.

600V Aluminum THHN THWN AL Building Electric Wire Cable 250 300 350 400 500 600 750 mcm PVC Insulation Stranded for Heating​ This 600V aluminum THHN/THWN building wire stands as a robust and cost-effective solution for heating applications, combining high performance with practical design to meet commercial and industrial demands. Available in 250 to 750 mcm (kcmil) sizes, it features stranded aluminum conductors that balance conductivity with flexibility, enabling easy installation in complex routing scenarios—from tight conduits to large-scale heating system setups.​ The stranded aluminum core, while lighter than copper alternatives, delivers reliable electrical transmission, making it ideal for high-power heating systems such as industrial furnaces, commercial boilers, and large radiant heating networks. Encased in durable PVC insulation, the wire resists heat, moisture, and chemical exposure, ensuring stability in both dry (up to 90°C) and wet (up to 75°C) environments—key for heating applications where temperature fluctuations and humidity are common.​ Certified as THHN/THWN, it meets stringent safety standards, with a nylon jacket overlaying the PVC insulation to enhance abrasion resistance during installation and long-term use. Rated for 600V, it handles the high currents required by heavy-duty heating equipment, minimizing energy loss and ensuring consistent performance. Whether retrofitting existing buildings or wiring new construction, this aluminum wire offers a versatile, budget-friendly option without compromising on durability, making it a go-to choice for heating systems in commercial, industrial, and large-scale residential settings.