This is a high-voltage 0.6/1kV aluminum conductor power cable, available in 3-5 cores with PVC or XLPE insulation and armored construction for enhanced mechanical protection, suitable for underground burial. It comes in various sizes (16mm², 25mm², 35mm², 70mm²) to meet different power distribution needs, featuring corrosion resistance, crush-proof, and waterproof properties, widely used in industrial, construction, and municipal power systems.

The 35mm 4 - core steel wire armoured cable is XLPE insulated, of steel wire armoured type, suitable for buried laying and can be used in power transmission systems.

Xav 4X25 Cable is a 4-core armoured cable with a single core cross-section of 25mm². It uses copper as the conductor, has excellent performance, and is suitable for various power transmission scenarios.​ As a copper-core cable, its conductor is made of high-quality copper material, which has excellent conductivity, can efficiently transmit electricity, and reduce energy loss during transmission. The armoured design adds strong mechanical protection to the cable, enabling it to resist external impacts such as extrusion and collision, and can maintain stable operation even in complex laying environments (such as underground, walls, etc.). The "Straight Through" feature ensures the continuity and stability of power transmission, reducing the risk of signal interference and transmission interruption.​ This cable is widely used in the industrial field and can be used for power supply of large equipment in factories, main power lines in workshops, etc. In terms of price, it will fluctuate due to factors such as copper price fluctuations, production processes, and market supply and demand. For the specific price, you need to consult the supplier to get the latest information. In general, with its reliable performance and durability, it provides a strong guarantee for power transmission.

YJV32 3×150mm²+240mm² steel wire armoured cable is a power transmission line suitable for harsh environments, featuring high strength, resistance to mechanical damage, and excellent insulation performance. Its structure consists of multiple parts: the conductor is made of high-purity copper to ensure conduction efficiency; the insulation layer is cross-linked polyethylene (XLPE), which has a wide temperature resistance range (usually -40℃ to 90℃) and excellent electrical insulation performance, effectively preventing the risk of electric leakage. The cable core configuration includes 3 main cores of 150mm² and 1 neutral core of 240mm², meeting the requirements of three-phase four-wire power systems. It is suitable for medium and high-voltage power transmission scenarios, such as industrial plants, underground laying, and outdoor direct burial. The outer armour is made of galvanized steel wire, forming a solid protective layer that can resist external extrusion, impact, and gnawing by rodents, significantly improving the cable's durability in complex environments. In addition, the cable has chemical corrosion resistance and waterproof performance, adapting to humid, dusty, or slightly corrosive environments. It offers flexible installation methods, supporting direct burial, pipe threading, or overhead laying, and is widely used in power engineering, mining, construction, and other fields to provide stable power guarantee for key facilities.

4 Core Non Armoured XLPE PVC Cable (4×16mm², 4×150mm², 0.6/1kV) is an efficient power transmission line suitable for 0.6/1kV low-voltage systems. It adopts a 4-core design with core cross-sectional areas of 16mm² and 150mm², which can flexibly match the power demand of different equipment.​ The cable conductor is made of high-purity copper with excellent conductivity, which can reduce transmission loss; the insulation layer is made of cross-linked polyethylene (XLPE) with a wide temperature resistance range (-40℃ to 90℃), high insulation resistance, strong anti-aging and chemical corrosion resistance, ensuring stable operation in complex environments. The outer layer is a polyvinyl chloride (PVC) sheath, which has good moisture-proof and anti-corrosion performance and provides basic mechanical protection. Due to the non-armoured design, the cable has better flexibility, making it easy to lay in space-constrained scenarios.​ This cable is widely used in scenarios with low requirements for mechanical protection, such as internal wiring of buildings, power supply for small industrial equipment, and civil distribution systems, providing a safe, efficient and easy-to-install power transmission solution for low-voltage circuits.​

The 1/C Cu/XLPE/PVC/Awa/PVC single core aluminum wire armoured cable is a precision-structured and reliable power transmission cable, with cross-sectional specifications covering 120mm², 150mm², 185mm², and 240mm², suitable for medium and high voltage power transmission scenarios.​ This cable uses high-purity electrolytic copper as the conductor (Cu), which has excellent conductivity, can effectively reduce transmission losses, and ensure efficient power transmission. The outer layer of the conductor is wrapped with a cross-linked polyethylene (XLPE) insulation layer, which has the characteristics of a wide temperature resistance range (-40℃ to 105℃), aging resistance, and high insulation resistance (≥1000MΩ). It can maintain stable insulation performance in complex environments and greatly reduce the risk of electric leakage. The outer layer of XLPE is a polyvinyl chloride (PVC) inner sheath, which plays a buffering and isolating role to protect the insulation layer from damage in subsequent processes.​ The armor layer adopts an aluminum wire (Awa) braided structure, which combines lightweight and high strength. It can withstand a lateral pressure of 10kN/m and an impact force of 5kN, and also has good corrosion resistance. It is suitable for places with protection requirements such as underground direct burial, tunnel laying, and industrial plants. The outermost layer is a PVC outer sheath, which further enhances the cable's weather resistance and mechanical protection, resisting ultraviolet rays, oil pollution, and external impact.​ In terms of applications, cables with 120mm² to 185mm² are suitable for main lines in industrial parks and power distribution systems of large buildings; 240mm² cables can meet the needs of large-capacity power transmission such as substation outgoing lines and urban power grid branches. Its single-core design facilitates laying in high-voltage scenarios and reduces eddy current losses.​ In terms of general information, the cable is packaged with moisture-proof kraft paper and galvanized iron reels, with a wrapping film on the outer layer to ensure the safety of transportation and storage; it supports various transportation methods such as land and sea transportation, and can provide 1-10 meters of samples and test reports on demand; the after-sales service provides a 2-year warranty, and the professional team responds to fault consultations within 72 hours to ensure trouble-free use.​

This is a copper core armoured power supply cable with the specification of 2xwy/2xfy 4c. It uses cross-linked polyethylene (XLPE) as the insulation layer, steel wire armouring (Swa) for enhanced mechanical protection, and polyvinyl chloride (PVC) as the outer sheath.​ Its structure includes 4 copper conductor cores. The copper material has excellent electrical conductivity, with strong conductivity and low loss, enabling efficient power transmission. The XLPE insulation layer has excellent heat resistance, chemical resistance and electrical insulation, which can work stably in high-temperature environments and ensure the electrical safety of the cable. The steel tape armouring layer significantly improves the cable's resistance to mechanical impact, compression and stretching, making it suitable for complex laying environments such as underground direct burial, pipe penetration or overhead scenarios. The PVC outer sheath further provides good weather resistance, corrosion resistance and moisture resistance, extending the service life of the cable.​ This armoured cable is suitable for various power supply scenarios, including power distribution systems in industrial plants, commercial buildings, residential communities, as well as outdoor power transmission lines, and can provide stable and reliable power support for various electrical equipment. Regarding the price per meter, it will vary due to factors such as specific specifications, purchase quantity, and market fluctuations. You can consult the supplier for real-time quotes.

Pure copper cross-linked polyethylene (XLPE) polyvinyl chloride (PVC) insulated SWA armoured cable is an excellent power transmission cable with multi-core and multi-specification characteristics, which can meet the needs of various scenarios.​ The conductor of the cable is made of pure copper, which has excellent conductivity, can effectively reduce transmission loss, ensure efficient and stable power transmission, and is especially suitable for occasions with high requirements for conductivity. The insulation layer is composed of XLPE, which has a wide temperature resistance range, can work stably in the environment of -40℃ to 90℃, and has strong aging resistance and insulation performance, which can effectively block current and improve electrical safety. The outer sheath is made of PVC, which has good moisture-proof, anti-corrosion and wear-resistant properties, and can protect the internal structure of the cable from external environmental erosion. The addition of SWA (steel wire armoured) layer further enhances the mechanical strength of the cable, enabling it to resist external impacts, extrusion and other mechanical damages, and is suitable for complex laying environments such as underground direct burial, tunnels and cable trays.​ The number of cable cores covers 2, 3, 4 and 5 cores, and the size ranges from 16mm² to 120mm². Cables with different cores and sizes are applicable to different scenarios. Small and medium-sized cables of 16mm²-50mm² can be used for building power distribution, industrial equipment power supply, etc.; larger cables of 63mm²-120mm² are suitable for medium and high-power transmission scenarios such as large industrial production lines and urban power grid transformation. The multi-core design can transmit electricity of different phases at the same time, meeting the needs of three-phase four-wire, three-phase five-wire and other power distribution systems.​ With high-quality material combination and structural design, the cable has outstanding performance in stability, safety and durability, and is an ideal choice for power transmission in industrial, municipal, energy and other fields.

The 0.6/1 Kv PVC insulated and sheathed Nyby double steel tapes armoured cable is a low-voltage power transmission cable integrating multiple protections and stable performance, specially designed for power distribution in complex environments. Its unique structural design and material selection enable it to show significant advantages in mechanical protection, insulation performance and applicable scenarios, and it is widely used in industrial, civil and outdoor occasions.​ In terms of specification parameters, the rated voltage of the cable is 0.6/1 Kv, which perfectly fits the low-voltage power distribution system and can meet the power transmission needs of most industrial equipment, buildings and outdoor facilities. Its conductor usually uses high-purity electrolytic copper, and common specifications cover multi-core structures, such as 4×25mm², 4×50mm², 4×70mm², etc., to adapt to different power transmission requirements. Taking the 4×50mm² specification as an example, at an ambient temperature of 25℃, the long-term allowable current-carrying capacity of each core is about 150A, corresponding to a power of about 33kW, which is sufficient to support the stable operation of medium-sized electrical equipment clusters. The outer diameter of the cable varies according to specifications. Taking 4×50mm² as an example, the outer diameter is about 45mm, among which the PVC insulation layer thickness is about 1.8mm, the inner PVC sheath thickness is about 2.0mm, the outer steel tape armouring thickness is about 0.5mm, and the outermost PVC sheath thickness is about 2.2mm. The overall structure is compact, ensuring good mechanical strength and insulation performance. In addition, the cable's short-circuit withstand temperature can reach 80℃, and it can maintain stable operation under short-term overload conditions, ensuring the continuity of power transmission.​ In terms of materials and structure, the core advantage of the cable lies in the "double protection" design. The conductor is made of electrolytic copper with a purity of ≥99.9%, which has excellent conductivity, reduces transmission loss, and has good ductility, making it easy to bend and lay. Both the insulation layer and the inner sheath are made of PVC material. The PVC insulation layer can work for a long time in a 70℃ environment, with high insulation resistance, effectively preventing electric leakage; the inner sheath further enhances the insulation performance and provides an attachment basis for the steel tape armouring. The middle double steel tape armouring is its core protective structure, which is made of high-strength cold-rolled steel tape, formed by spiral winding or longitudinal wrapping process. It can not only resist external mechanical impact, extrusion and puncture, but also enhance the tensile strength of the cable, making it suitable for various laying methods such as direct burial, pipe 穿，or overhead. The outermost PVC sheath has weather resistance and corrosion resistance, which can protect the armoured layer from moisture, ultraviolet rays and chemical erosion, and prolong the service life of the cable.​ In terms of characteristic uses, relying on the strong protection of steel tape armouring, the cable performs well in outdoor and complex environments. In industrial plants, it can be used for connecting lines between workshops and outdoor equipment, such as connecting water pumps, fans and other open-air installed machinery, resisting heavy object rolling or equipment collision; in municipal engineering, it is suitable for underground direct burial power distribution trunks, such as community power distribution and street lamp system power supply, withstanding soil pressure and groundwater erosion; in the construction field, it can be used as vertical power distribution cable in high-rise buildings, laid along cable shafts, bearing its own weight and possible external impact; in addition, in agricultural irrigation systems, temporary construction sites and other scenarios, its durability and easy maintenance can also meet long-term use needs.​ Compared with ordinary PVC cables, the Nyby steel tape armoured cable has a significant advantage in the leap of mechanical protection ability, which can adapt to harsher laying environments and reduce faults caused by external damage; at the same time, it retains the characteristics of low cost and convenient processing of PVC materials, combining economy and reliability. However, its weight is higher than that of ordinary cables, so mechanical assistance is needed during laying, and PVC materials still have the limitation of releasing gas at high temperatures, so they are not suitable for high-temperature places or places with extremely high fire protection levels.​ In conclusion, the 0.6/1 Kv PVC insulated and sheathed Nyby double steel tapes armoured cable, with its reasonable specification design, solid armoured structure and wide applicability, has become an ideal choice for dealing with complex environments in low-voltage power distribution systems, providing a solid guarantee for the safety and stability of power transmission.

Steel Wire Armoured (SWA) and Steel Tape Armoured (STA) power cables are two types of armoured cables widely used in power transmission. With their unique armouring structures, they possess excellent mechanical protection performance and environmental adaptability, suitable for various complex scenarios.​ SWA armoured cables use multiple strands of galvanized steel wires as the armouring layer. The steel wires are usually spirally wound around the cable core. This structure endows the cable with excellent tensile and impact resistance, effectively withstanding longitudinal tension and external impacts during laying and use. The number and diameter of steel wires in the armouring layer vary with the cable specifications to match different mechanical strength requirements. STA armoured cables, on the other hand, adopt steel tape armouring. The steel tape wraps around the cable core through longitudinal wrapping or spiral winding, forming a solid protective layer. It mainly provides radial pressure resistance, effectively resisting external radial forces such as soil pressure and rodent bites.​ In terms of structure, both types of armoured cables consist of conductors, insulation layers, filling layers, inner liners, armouring layers, and outer sheaths. The conductors are mostly high-purity copper or aluminum, ensuring good conductivity. The insulation layers are commonly made of XLPE (cross-linked polyethylene) or PVC (polyvinyl chloride), with excellent electrical insulation properties. The filling layers and inner liners are used to fix the cable core and buffer external forces. The outer sheath is usually PVC or PE (polyethylene), which has acid and alkali resistance, corrosion resistance and other characteristics, further protecting the armouring layer and internal structure.​ In terms of performance, the rated voltage of SWA and STA armoured cables ranges from 0.6/1kV to 110kV, meeting the needs of low-voltage and medium-voltage power transmission. Their long-term operating temperature depends on the insulation material. XLPE insulated cables can reach 90℃, PVC insulated cables are 70℃, and both can withstand higher temperatures in case of short circuits (250℃ for XLPE and 160℃ for PVC). In terms of mechanical properties, the tensile strength of SWA cables is significantly higher than that of STA cables, making them more suitable for scenarios requiring large tensile force, such as direct burial crossing rivers and bridges. STA cables have outstanding radial pressure resistance, suitable for underground direct burial environments with high soil pressure.​ In application scenarios, SWA armoured cables are often used in occasions that need to bear tension, such as underground direct burial crossing railways and highways, vertical wiring in high-rise buildings, and connecting lines of mobile equipment in ships and mines. STA armoured cables are widely used in ordinary underground direct burial laying, such as urban distribution networks, power transmission in industrial parks, and main lines in residential communities, which can effectively cope with soil extrusion and external mechanical damage. In addition, both types of cables are suitable for humid, dusty and corrosive environments, such as chemical parks and sewage treatment plants. The combined protection of the armouring layer and outer sheath enables them to operate stably for a long time.​ In terms of installation and maintenance, attention should be paid to the bending radius when laying SWA and STA armoured cables to avoid excessive bending damaging the armouring layer and insulation layer. Due to the characteristics of steel wire armouring, SWA cables are relatively difficult to bend and require special tools; STA cables are slightly more flexible, but they also need to follow installation specifications. After laying, insulation resistance test and withstand voltage test should be carried out to ensure the cable is in good condition. In daily maintenance, it is necessary to regularly check whether the outer sheath is damaged and whether the armouring layer is rusted. For cables exposed to harsh environments, anti-corrosion and anti-erosion measures should be taken to extend their service life.​ In conclusion, SWA and STA armoured power cables play an important role in different power transmission scenarios with their unique armouring structures and performance advantages, providing a reliable guarantee for the safe and stable operation of power systems.

The 50mm², 35mm², 25mm², 16mm² 4-core armoured copper conductor XLPE insulated cables are a type of power transmission products with both high safety and strong adaptability. Their prices are affected by multiple factors such as specifications, materials, and market supply and demand. They are widely used in medium and low-voltage power distribution systems in industrial, construction, energy and other fields, providing reliable guarantee for power transmission in complex environments.​ In terms of product characteristics, the core advantage of this series of cables lies in the combination of structural design and material performance. The conductor is made of high-purity electrolytic copper (purity ≥99.95%), and the 4-core configuration is suitable for three-phase four-wire power distribution systems. Among them, the single-core conductor diameter of 16mm² cable is about 4.5mm, 25mm² is about 5.6mm, 35mm² is about 6.8mm, and 50mm² is about 8.6mm. The conductivity is all ≥58MS/m, ensuring low-loss power transmission. The insulation layer is cross-linked polyethylene (XLPE), and its thickness increases with the increase of cross-section: 16mm² insulation layer is 1.0mm-1.2mm thick, 25mm² is 1.2mm-1.4mm, 35mm² is 1.4mm-1.6mm, and 50mm² is 1.6mm-1.8mm. It has temperature resistance (long-term working at 90℃, 250℃ in short circuit), aging resistance, and insulation resistance ≥1000MΩ·km. The armouring layer is made of galvanized steel strip or steel wire with a thickness of 0.3mm-0.5mm, forming a mechanical protection barrier with outstanding impact and extrusion resistance, which can withstand radial pressure ≥10kN. The outer sheath is made of PVC or PE material, which is acid and alkali resistant, UV resistant, further improving environmental adaptability.​ In terms of price, this series of cables shows a stepwise change due to specification differences. The market unit price of 16mm² cable is about 35-45 yuan/meter, 25mm² is about 55-65 yuan/meter, 35mm² is about 80-95 yuan/meter, and 50mm² is about 120-140 yuan/meter. Price fluctuations are mainly affected by copper prices - as the core raw material, copper accounts for 60%-70% of the cable cost. For every 1000 US dollars/ton fluctuation in international copper prices, the unit price of cables fluctuates by about 5%-8%. In addition, armouring materials (steel strip/steel wire), insulation layer technology (cross-linking degree) and production scale also affect pricing: galvanized steel wire armouring is 10%-15% more expensive than steel strip, high-density XLPE insulation is 8%-12% more expensive than ordinary XLPE, and bulk purchases (over 1000 meters) can enjoy a 3%-5% discount. Due to differences in transportation costs and dealer channels in different regions, there is a 5%-10% regional price difference. For example, the price in coastal industrial concentration areas is slightly lower than that in inland areas.​ The applicable scenarios are closely related to price adaptability. The 16mm² cable is affordable and suitable for residential distribution branches and small equipment power supply, such as household central air conditioners and wall-mounted charging piles; the 25mm² cable has outstanding cost performance and is often used in office building floor trunks and shopping mall lighting systems; 35mm² and 50mm² cables have high prices due to large current-carrying capacity (about 200A and 280A respectively) and strong protection, and are suitable for heavy-load scenarios such as industrial production lines, substation outgoing lines, and underground pipe corridors. Among them, 50mm² cables can meet the continuous power supply needs of large motors and precision instruments. The armoured structure enables the whole series of cables to be directly buried, piped or openly laid in environments with humidity, dust, and mechanical collision risks, reducing additional protection costs and indirectly improving cost performance.​ Market supply and demand have a significant impact on short-term prices. During the peak season (March-October each year), due to the surge in demand for construction and industrial expansion, prices may rise by 5%-10%; during the off-season (November-February), there may be a 1%-3% downward adjustment. In addition, stricter environmental protection policies have limited the production capacity of small manufacturers. Leading enterprises, relying on the advantage of compliant production capacity, have higher price stability. Although the unit price is 10%-15% higher than that of small factories, the quality guarantee (usually 5 years) and after-sales response are more reliable. The price of imported brands (such as a European brand) is 1.5-2 times that of domestic products, mainly due to brand premium and special certifications (such as UL, CE), which are suitable for export projects with strict requirements on international standards.​ In summary, the price system of 50mm², 35mm², 25mm², 16mm² 4-core armoured copper conductor XLPE insulated cables is deeply bound to their performance, specifications, and market factors. Users need to choose suitable specifications based on actual load, laying environment, and budget - for small and medium load scenarios, priority should be given to 16mm² and 25mm² to control costs; for heavy-load or high-risk environments, 35mm² and 50mm² are needed to ensure safety. At the same time, attention should be paid to copper price trends and procurement timing to balance cost performance and reliability.

The 0.6/1kV Al/XLPE/Sta/PVC Xav 4×10mm armoured cable is a robust low-voltage power transmission solution engineered for reliability in diverse industrial, commercial, and infrastructure settings. Its design combines durable materials and structured protection to withstand harsh environments, making it a cost-effective choice for fixed wiring applications where mechanical resilience and efficient power delivery are paramount. At the core of this cable are four 10mm² aluminum conductors, chosen for their balance of conductivity, lightweight properties, and cost efficiency. Aluminum’s lower density (2.7g/cm³) compared to copper reduces overall cable weight, easing transportation and installation, particularly in large-scale projects. While aluminum has a lower conductivity than copper (approximately 61% IACS), the 10mm² cross-section ensures sufficient current-carrying capacity—typically around 55A under normal operating conditions (30°C ambient temperature)—suitable for powering medium-load systems such as lighting, machinery, and distribution panels in commercial buildings or industrial facilities. Each aluminum conductor is insulated with cross-linked polyethylene (XLPE), a high-performance material that elevates the cable’s thermal and electrical capabilities. XLPE is formed through a cross-linking process that creates strong molecular bonds, enabling it to operate continuously at temperatures up to 90°C (with short-term overloads up to 130°C). This insulation offers excellent dielectric strength (≥20kV/mm), resistance to moisture, and immunity to chemical degradation, ensuring stable performance in damp or polluted environments. A key protective feature is the steel tape armouring ("Sta" in the designation), which forms a robust barrier around the insulated conductors. This galvanized steel tape is helically wrapped with overlapping edges to resist impact, crushing, and rodent damage—critical for cables installed underground, in concrete encasements, or in industrial areas with heavy machinery. The armouring also enhances tensile strength, making the cable suitable for direct burial or installation in areas prone to physical stress. The outermost layer is a PVC (polyvinyl chloride) sheath, providing additional protection against UV radiation, abrasion, and environmental contaminants. PVC’s flexibility ensures ease of handling during installation, while its resistance to weathering allows for both indoor and outdoor use, including exposure to sunlight, rain, and temperature fluctuations. The sheath also acts as a moisture barrier, preventing water ingress into the armouring and conductors to maintain long-term insulation integrity. Structurally, the cable’s 4×10mm configuration refers to four 10mm² conductors twisted into a compact core, wrapped in a binder tape to maintain shape, before being encased in steel armouring and the outer PVC sheath. This design results in an approximate outer diameter of 22mm and a weight of around 1.8kg/m, balancing robustness with practicality for installation in cable trays, conduits, or trenches. In terms of performance, the cable meets key standards such as IEC 60502-1, ensuring compliance with global safety and quality benchmarks. Its voltage rating of 0.6/1kV (0.6kV phase-to-ground, 1kV phase-to-phase) aligns with low-voltage distribution networks, making it compatible with most industrial and commercial electrical systems. The XLPE insulation minimizes power loss, while the steel armouring ensures durability, reducing maintenance needs over its service life (typically 20–30 years with proper installation). Price considerations for this cable are influenced by several factors. Aluminum conductors offer a cost advantage over copper, with material costs approximately 30–40% lower, making the cable an economical choice for large-scale projects. Steel armouring adds to the manufacturing cost but provides long-term value by reducing replacement frequency. Other price determinants include sheath material quality (standard vs. flame-retardant PVC), cable length (bulk orders often qualify for discounts), and market factors such as raw material (aluminum, steel) prices and logistics costs. Applications for the 0.6/1kV Al/XLPE/Sta/PVC Xav 4×10mm cable are diverse, including: Industrial facilities: Power distribution for machinery, pumps, and control systems in factories and warehouses. Commercial buildings: Wiring for lighting, HVAC, and electrical panels in shopping centers, offices, and hotels. Infrastructure projects: Underground power connections for street lighting, traffic signals, and public utilities. Renewable energy: Interconnecting components in small solar or wind installations, where lightweight and durable cables are preferred. In summary, this armoured cable combines the cost benefits of aluminum conductors with the performance advantages of XLPE insulation and steel protection, making it a versatile solution for low-voltage power transmission. Its balance of conductivity, durability, and affordability addresses the needs of projects requiring reliable, long-lasting wiring in challenging environments, with pricing structured to offer value across various scales of application.