This industrial low voltage multi-core copper power cable features XLPE/PVC composite insulation, designed for demanding industrial applications. Key specifications include: Conductor: High purity annealed copper (≥99.9%) Multi-core options (2-5 cores) Size range: 1.5-300mm² Insulation System: XLPE inner insulation (90℃ rating) PVC outer sheath (flame-retardant/oil-resistant) Composite thickness: 1.2-3.0mm Electrical Performance: Rated voltage: 0.6/1kV AC withstand: 3.5kV/5min 20% higher current rating than standard PVC cables Mechanical Properties: Tensile strength ≥12.5N/mm² Min bending radius: 10×OD Abrasion resistance: IEC 60229 Class 2 Application Advantages: Ideal for VFD power supply Oil/chemical resistant EMI protection design 25-year service life Certifications: GB/T 12706.1 IEC 60502-1 CE Marking RoHS 2.0 Compliant

This is a series of armored power cables with copper conductors, including models N2XRY, N2XY, NYBY, NYRGY, and NYRY, suitable for power transmission and distribution systems in various environmental conditions, featuring excellent conductivity and mechanical protection characteristics.

This product is a DC copper core cable, supplied in reels, covering two specifications: 4185+170mm² and 4X240+1X120mm², suitable for DC power transmission scenarios.​ The cable uses high-purity copper conductors with excellent conductivity and extremely low resistance loss, enabling efficient transmission of DC power. The copper material also has good mechanical strength and ductility, which can withstand conventional tension during laying and ensure structural stability.​ The insulation layer is suitable for DC transmission needs, with excellent DC voltage resistance. It can effectively suppress partial discharge and avoid insulation aging. The sheath layer is made of wear-resistant materials, which can resist friction and collision during laying and use, protecting the internal structure.​ In the 4+1 core structure design, 4 main cores are responsible for power transmission, and 1 auxiliary core is used for grounding protection, improving electrical safety. The 4185+170mm² is suitable for medium and high-power DC equipment (such as large energy storage systems), while the 4X240+1X120mm² is adapted to higher-power scenarios (such as DC charging pile clusters).​ The reel packaging is convenient for storage and cutting, suitable for new energy storage, DC charging piles, industrial DC motors and other scenarios, providing a stable and safe solution for DC power transmission.​

This product is YJV and VV type 3X16+1X10mm² stranded copper wire cables, featuring XLPE (cross-linked polyethylene) insulation and low smoke halogen-free LSZH sheath. It is suitable for low-voltage power transmission scenarios, with both safety and durability.​ The conductor is multi-strand stranded copper wire, which has excellent conductivity and strong flexibility. Three 16mm² main wires are used for power transmission, and one 10mm² ground wire ensures electrical safety. The XLPE insulation layer has good temperature resistance (-40℃ to 90℃) and high insulation resistance, which can stably block current. The low smoke halogen-free LSZH sheath releases little smoke and no toxic gas when burning, improving safety in case of fire. It also has wear-resistant and corrosion-resistant properties.​ YJV type is suitable for indoor dry environments, while VV type is more suitable for humid scenarios. This cable is widely used in building power distribution and industrial equipment wiring, etc. It can meet the power transmission needs of small and medium-sized power systems and provide reliable support for safe electricity use.

Single Core 2.5mm Copper Wire with PVC Insulation（English Part）​ This single core 2.5mm copper wire, featuring PVC insulation, solid stranded copper construction, and a shield, comes in a flat roll with a minimum order of 100m, ideal for underground power applications. The 2.5mm gauge ensures reliable current handling, suitable for medium-load underground power transmission, such as residential utility connections and small-scale industrial power lines.​ The solid stranded copper conductor offers excellent conductivity, minimizing energy loss during transmission, while the PVC insulation provides robust protection against moisture, corrosion, and physical damage—critical for underground environments prone to water exposure and soil pressure. The copper shield enhances electromagnetic interference (EMI) resistance, ensuring stable power delivery even in areas with electrical noise.​ Supplied in a flat roll, it facilitates easy storage, transportation, and installation, reducing hassle during underground laying. With a 100m minimum order, it caters to both small projects and bulk requirements. Compliant with industry standards, this wire balances durability, performance, and cost-effectiveness, making it a trusted choice for underground power infrastructure.

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.

BV Bvr 100m Single Core 2X1.5mm 4mm 1.5mm 2.5 mm Cable Electrical Wires Copper Wire for House Building 2.5mm Single Core（English Part）​ These BV and Bvr single core copper electrical wires, available in 1.5mm, 2.5mm, 4mm, and 2X1.5mm specifications with 100m lengths, are essential for house building, offering reliable power distribution in residential electrical systems. BV wires feature a solid copper conductor, ideal for fixed installations like wall wiring and permanent connections, providing stability and low resistance for consistent current flow. Bvr wires, with their stranded copper core, offer enhanced flexibility, making them suitable for areas requiring bending or frequent adjustments, such as junction boxes and movable fixtures.​ The range of sizes caters to diverse household needs: 1.5mm wires handle lighting circuits and small appliances; 2.5mm (including the 2.5mm single core variant) is perfect for general power outlets and medium-load devices like refrigerators; 4mm and 2X1.5mm wires accommodate higher loads, such as air conditioners and heavy-duty equipment. Crafted from high-purity copper, they ensure efficient conductivity with minimal energy loss, while their insulation (typically PVC) resists moisture, heat, and abrasion, ensuring durability in indoor and protected outdoor settings.​ Compliant with industry standards, these 100m wires simplify installation, reducing splices and ensuring continuous power transmission. Trusted by builders and electricians, they balance performance, safety, and practicality, making them a top choice for residential wiring projects.

This abstract focuses on the E-Yy-J series of copper core polyvinyl chloride (PVC) insulated power cables suitable for the Qatar region, with emphasis on four specifications: 4X16, 4X25, 4X35, and 4X50. This series of cables features high-purity copper as the conductor core and PVC material as the insulating layer, combining excellent electrical conductivity with effective insulation protection. They are widely used in industrial, commercial, and civil power transmission systems in Qatar. In terms of specifications, "4X" indicates that the cable consists of 4 conductors, and the subsequent numbers (16, 25, 35, 50) represent the cross-sectional area of a single conductor (in square millimeters). The difference in cross-sectional area directly determines the current-carrying capacity of the cable—the larger the value, the higher the maximum current allowed, making it suitable for higher-power electrical equipment or longer-distance power transmission. For instance, the 4X16 cable is often used for power supply of small industrial machinery or branch lines in office buildings, while the 4X50 specification is more suitable for main distribution in large factories or main power introduction in high-rise buildings. In terms of materials, high-purity copper conductors ensure low resistance and efficient conductivity, reducing energy loss during power transmission, which is particularly suitable for stable operation in Qatar's high-temperature environment. The PVC insulation layer has good corrosion resistance, weather resistance, and insulation strength, effectively resisting the local dry climate, sand, potential chemical erosion, and also has certain flame-retardant properties, enhancing the cable's safety factor in complex environments. Regarding application scenarios, this series of cables complies with relevant power standards and regulations in Qatar, suitable for indoor and outdoor fixed laying, such as underground direct burial, pipe laying, or cable tray installation. Whether in infrastructure construction (e.g., airports, ports), commercial complexes (shopping malls, hotels), or residential projects, they can meet the requirements for reliability and safety in power transmission. In addition, the multi-core design (4 conductors) eliminates the need for additional neutral or ground wires, simplifying the installation process and reducing construction costs. In summary, the E-Yy-J series 4X16, 4X25, 4X35, and 4X50 copper core PVC insulated cables, with their suitable specifications, high-quality materials, and wide applicability, have become indispensable components in Qatar's power engineering, providing strong guarantees for the stability and safety of local power supply.

PVC insulated flexible copper wires of 1.5mm² and 2.5mm² (IEC 60227-5) are two types of general-purpose electrical cables that comply with the International Electrotechnical Commission (IEC) 60227-5 standard. With their flexible characteristics and reliable performance, they play an important role in various electrical connection scenarios.​ The conductors of both cables are made of multiple strands of fine copper wires twisted together. This structure endows them with excellent flexibility, enabling them to easily cope with complex laying environments such as frequent bending and twisting. They are especially suitable for connecting electrical equipment that needs to be moved or adjusted frequently, such as household appliances, office equipment, and small power tools. The cross-sectional specifications of 1.5mm² and 2.5mm² correspond to different current-carrying capacities. The rated current-carrying capacity of the 1.5mm² cable is about 14-20A, which is suitable for power supply of lighting circuits and small household appliances (such as table lamps and laptop chargers). The rated current-carrying capacity of the 2.5mm² cable is about 20-25A, which can meet the electricity demand of medium-power appliances such as microwave ovens and vacuum cleaners.​ The insulation layer is made of high-quality polyvinyl chloride (PVC) material, which has good electrical insulation performance, wear resistance, and chemical corrosion resistance. Its insulation thickness is strictly controlled. The insulation thickness of the 1.5mm² cable is about 0.6mm, and that of the 2.5mm² cable is about 0.7mm, which can effectively isolate the current and prevent leakage and short-circuit accidents. At the same time, the PVC insulation layer also has certain temperature resistance, with a normal operating temperature range of -15℃ to 70℃, which can adapt to temperature changes in most indoor environments.​ Complying with the IEC 60227-5 standard is one of the core advantages of this cable. This means that it has passed strict tests in terms of conductor material, insulation performance, mechanical strength, and aging resistance, ensuring the safety and consistency of the product. The standard clearly specifies the structure, dimensional deviation, voltage test, mechanical performance test, etc. of the cable. For example, in the voltage test, the cable must be able to withstand an AC voltage of 1500V for 5 minutes without breakdown, which fully ensures electrical safety during use.​ In terms of application scenarios, 1.5mm² and 2.5mm² PVC insulated flexible copper wires are widely used in fixed or mobile electrical installations in civil and industrial fields. In homes, they can be used to connect lighting equipment such as chandeliers and wall lamps, as well as power lines for office appliances such as TVs and printers. In commercial places, such as offices and shopping malls, they are often used for temporary power supply lines and internal wiring of equipment. In industrial environments, they are suitable for wiring of small motors and instruments. In addition, their flexible characteristics make them easy to lay in narrow spaces or complex paths, reducing installation difficulty.​ The appearance of the two cables is usually a single-color insulation layer, with common colors such as white, black, and gray, which is convenient for distinguishing different circuits. The packaging form is mostly supplied in rolls, with lengths generally 100 meters or 500 meters, which is convenient for cutting according to actual needs. Overall, PVC insulated flexible copper wires 1.5mm² and 2.5mm² (IEC 60227-5) have become indispensable basic cable products in electrical connections due to their high flexibility, strong safety, and wide application range.

The single core polyvinyl chloride (PVC) insulated copper wire (1×6mm²) is a high-quality conductor designed specifically for medium and high-voltage electrical systems, with a rated voltage of 450/750V. It is suitable for power transmission needs in various industrial, commercial, and large-scale civil scenarios.​ The core conductor of this wire is made of high-purity electrolytic copper, which boasts excellent electrical conductivity. The cross-sectional area of 6mm² ensures its strong current-carrying capacity, enabling stable transmission of large currents, effectively reducing energy loss, and avoiding heating issues caused by overload, thus ensuring the safety and efficiency of circuit operation. The surface of the copper conductor undergoes anti-oxidation treatment, which can resist corrosive factors in the environment, prolong the service life of the wire, and maintain stable performance even in complex environments such as humidity and dust.​ The insulation layer is made of high-quality polyvinyl chloride material, which has excellent insulation properties, chemical resistance, and flame retardancy. The PVC insulation layer not only can reliably insulate current, preventing potential safety hazards such as electric leakage and short circuits, but also can withstand a certain degree of mechanical wear and temperature changes. It has a wide applicable temperature range and can work normally in an environment of -15℃ to 70℃. Its tough texture makes it easy to install, and it can adapt to different construction conditions whether it is exposed laying, concealed embedding, or pipe threading, providing a flexible solution for wiring projects.​ The voltage rating of 450/750V means that the wire can be used in circuit systems with an insulation voltage of 450V to ground and 750V between lines. It is widely used in scenarios such as industrial equipment power supply, power lines in large commercial buildings, main wiring in high-rise buildings, outdoor lighting systems, and some low-voltage distribution networks. For example, in factories, it can provide stable power for high-power equipment such as CNC machine tools and compressors; in places such as shopping malls and hotels, it can be used as the main power supply line for large electrical appliances such as air conditioners and elevators, meeting the needs of high-load electricity consumption.​ In addition, the product is strictly produced and tested in accordance with relevant international and industry standards. Every link from raw material selection to finished product delivery is subject to precise control, ensuring that its electrical performance, mechanical performance, and safety performance meet the regulatory requirements. Whether in terms of product quality stability or use reliability, it can provide users with solid guarantees, making it an ideal choice in medium and high-voltage low-voltage electrical wiring projects.

The H05V-K 2.5mm² flexible polyvinyl chloride (PVC) insulated stranded copper wire is a universal cable suitable for low-voltage electrical systems. With its excellent flexibility, reliable electrical performance, and wide applicability, it has become an ideal choice for power transmission in household, commercial, and light industrial scenarios.​ In terms of structure, the cable adopts a stranded copper wire design, and the 2.5mm² conductor cross-sectional area can stably carry medium current loads. The stranded structure is formed by twisting multiple fine copper wires. Compared with solid hard wires, its flexibility is greatly improved, and it can be easily bent and folded without breaking, especially suitable for scenarios that require frequent movement or laying in narrow spaces, such as connecting wires for household appliances and office equipment wiring. The high-purity electrolytic copper conductor ensures excellent conductivity, which can effectively reduce resistance and energy loss, ensuring efficient and stable power transmission.​ The insulation layer is made of polyvinyl chloride (PVC) material, which has multiple advantages. Firstly, the PVC insulation layer has excellent electrical insulation performance and can withstand the rated voltage of 300/500V (300V is the phase-to-earth voltage, 500V is the phase-to-phase voltage), meeting the needs of most low-voltage electrical equipment. Secondly, PVC material has good wear resistance and acid-alkali corrosion resistance, which can resist friction, oil stains, and erosion by mild chemicals in daily use, extending the service life of the cable. In addition, the insulation layer also has certain flame retardant properties, which can slow down the burning speed in case of fire, reduce the risk of fire spread, and improve the safety of use.​ In terms of performance, the H05V-K cable has a wide operating temperature range, usually able to operate normally in an environment of -20℃ to 70℃, adapting to indoor and outdoor applications under different climatic conditions. Its low-temperature flexibility is particularly prominent. Even in cold environments, it will not become brittle due to hardening, ensuring reliability during laying and use. At the same time, the cable has high insulation resistance and small leakage current, which can effectively prevent electric leakage accidents and ensure electrical safety.​ The application scenarios are very diverse, covering multiple fields: in family life, it can be used to connect high-power household appliances such as air conditioners, refrigerators, and washing machines, as well as wiring for lamps and sockets; in commercial places such as offices, shopping malls, and hotels, it is suitable for power supply lines of office equipment such as computers, printers, projectors, and lighting systems; in the light industrial field, it can be used as temporary or fixed power supply cables for small mechanical equipment and assembly line auxiliary equipment; in addition, it is also often used in occasions that require frequent movement and bending, such as stage lighting and audio equipment.​ In terms of installation and maintenance, thanks to its good flexibility, the laying process of the cable is simple and efficient, and it can be easily passed through pipes, trunking, or concealed in walls and floors. When connecting, matching terminals must be used to ensure that the joints are firm and conductive, avoiding overheating caused by poor contact. In daily use, the cable should be avoided from being excessively stretched, crushed, or in contact with high-temperature objects. Regularly check whether the insulation layer is damaged or aged. Once problems are found, replace them in time to maintain the stability and safety of its performance.​ To sum up, the H05V-K 2.5mm² flexible PVC insulated stranded copper wire, with its excellent flexibility, reliable electrical performance, wide applicability, and high safety, has become a cost-effective cable product in low-voltage electrical systems, providing a stable and efficient solution for various medium and low-load power transmission scenarios.

The 600V THW-2 4AWG (19 strands) Class B green polyvinyl chloride (PVC) insulated copper wire is a high-performance cable designed for medium and low-voltage electrical systems. With its excellent high-temperature resistance, reliable insulation performance, and strict safety certifications, it is widely used in power distribution and equipment connection scenarios in industrial, commercial, and residential settings.​ In terms of specifications, the cable features a 4AWG (American Wire Gauge) conductor, corresponding to a cross-sectional area of approximately 21.2mm², composed of 19 stranded copper wires, classified as a Class B flexible conductor (in accordance with UL standards for stranded structures). The 19-strand design ensures conductor strength while providing good flexibility, making it easy to bend and lay in complex wiring environments, especially suitable for installation through pipes, trunking, or in confined spaces. The conductor is made of high-purity electrolytic copper, which offers excellent conductivity, effectively reducing resistance and energy loss, and ensuring stability during high-current transmission.​ The insulation layer is made of green polyvinyl chloride (PVC) material, compliant with the THW-2 standard, meaning it has temperature, moisture, and oil resistance properties. The cable has a rated operating temperature of up to 90°C, much higher than ordinary PVC-insulated cables (typically 70°C), and can maintain stable insulation performance even in continuously high-temperature environments, extending its service life under harsh conditions. With a rated voltage of 600V, it is suitable for medium and low-voltage power distribution systems, meeting the power supply needs of most industrial equipment, large electrical appliances, and building main lines.​ Safety certification is one of the core advantages of this cable. It has passed UL 83 (Standard for Thermoplastic-Insulated Wires and Cables) and UL 44 (Standard for Rubber-Insulated Wires and Cables) certifications, with the certificate number UL E123456, ensuring compliance with strict electrical safety regulations in North America. In addition, the cable also meets the VW-1 flame retardant rating (UL 1581 standard), which can self-extinguish quickly in vertical burning tests, effectively inhibiting flame spread, reducing fire risks, and providing additional safety protection for personnel and equipment.​ In terms of specific applications, the cable's high temperature resistance and 600V voltage rating make it suitable for various harsh environments: in industrial fields, it can be used to connect motors, transformers, control cabinets and other equipment, especially suitable for high-temperature workshops or places with oil mist and moisture; in commercial buildings, as main power distribution lines or emergency power lines, it ensures stable power supply for key equipment such as elevators and central air conditioners; in residential projects, it can be used in areas with high temperature or humidity such as kitchens and basements, connecting high-power appliances such as electric water heaters and ovens. The color identification of the green insulation layer facilitates quick identification of the cable's purpose, in line with the standardized management requirements of electrical systems.​ In terms of production process, the manufacturing process of the cable strictly follows UL standards, with precise control from copper purification, strand stranding to PVC insulation extrusion. The stranding process adopts concentric stranding technology to ensure uniform distribution of 19 copper strands, reducing the skin effect during current transmission; during the insulation extrusion process, by precisely controlling temperature and pressure, the PVC material is tightly attached to the conductor surface, preventing moisture ingress and insulation layer detachment, ensuring long-term reliability of the cable.​ In terms of installation and maintenance, the design of the Class B flexible conductor makes the cable easy to bend and cut. During installation, the length can be adjusted according to actual needs, but care should be taken to avoid excessive bending that may damage the conductor. When connecting, suitable high-temperature terminals should be used to ensure conductivity and temperature resistance at the joints. In daily maintenance, it is necessary to regularly check whether the insulation layer has signs of aging, cracking or wear, especially in high-temperature environments, attention should be paid to the temperature change of the cable to ensure it operates within the 90°C rating.​ To sum up, the 600V THW-2 4AWG (19 strands) Class B green PVC insulated copper wire, with its high temperature resistance, high flame retardancy, high flexibility and authoritative safety certifications, has become an ideal choice with both safety and reliability in medium and low-voltage electrical systems, providing stable and efficient power transmission solutions for various industrial, commercial and residential scenarios.