This is a BS6746 compliant 3-core PVC power cable available in 1.5mm², 2.5mm² and 4mm² sizes. Featuring quality copper conductor with PVC insulation/sheath, rated voltage 300/500V, it's suitable for fixed wiring installations. The cable offers excellent weather resistance and flexibility, widely used in building electrical systems, lighting circuits and light industrial equipment. Prices vary by specification and order quantity with volume discounts available.

This article introduces halogen-free high-voltage AC power cables of models Nhxch, N2xch, N2xh and N2xh-O with specifications such as 3X6, 4X16mm² and 4X150mm². These cables are designed for AC power transmission and are suitable for high-voltage power supply scenarios.​ In terms of specifications, 3X6mm², 4X16mm², 4X150mm², etc. meet different power transmission needs. The larger the conductor cross-sectional area, the higher the current-carrying capacity. The differences in models are reflected in performance. All of them have halogen-free characteristics and do not release toxic halogen gases when burned, reducing hazards.​ They are applicable to places with high requirements for safety and environmental protection, such as high-rise buildings, hospitals, subways, etc. They can transmit electricity stably in high-voltage environments. The insulation and protection structure ensures safe use, and the halogen-free characteristic conforms to the environmental protection standards of modern projects, providing a reliable and environmentally friendly choice for power transmission.

The pure copper 4*95mm XLPE PVC LSZH 4-core 95mm AC power cable, as a key product in the medium and high-voltage power transmission field, occupies an important position in industrial, municipal, energy and other scenarios due to its excellent material combination and structural design. Its price per meter is affected by multiple factors such as material costs, process complexity, and market supply and demand, becoming a core reference indicator for users' purchasing decisions.​ In terms of product characteristics, the core advantages of the cable stem from the scientific combination of multiple layers of materials. The conductor is made of high-purity electrolytic copper with a purity of over 99.9%. The single-core cross-sectional area is 95mm², and the 4-core design is suitable for three-phase four-wire or three-phase five-wire power distribution systems, ensuring stability and low loss during high-current transmission. The insulation layer uses cross-linked polyethylene (XLPE), which has better temperature resistance than traditional PVC insulation. Its long-term operating temperature can reach 90℃, and it can withstand 250℃ high temperature in case of short circuit. Moreover, it has high insulation resistance and low dielectric loss, which can effectively reduce energy waste during power transmission. The sheath layer combines the mechanical strength of polyvinyl chloride (PVC) with the environmental protection characteristics of low smoke zero halogen (LSZH) materials. The LSZH sheath produces less smoke and low toxicity when burned, meeting the fire safety requirements of modern buildings and public places, while the PVC component enhances the impact resistance and weather resistance of the sheath, enabling it to adapt to various indoor and outdoor laying environments.​ In terms of performance parameters, the rated voltage of the cable is usually 0.6/1kV to 10kV, meeting the needs of medium and low-voltage power distribution systems. The 4-core 95mm² specification enables it to have a long-term current-carrying capacity of 200-250A, which can stably support power transmission for large industrial equipment, main power distribution circuits of high-rise buildings, and new energy projects. In addition, it has good chemical corrosion resistance, UV resistance and mechanical flexibility, and can be used in various scenarios such as underground direct burial, pipeline laying, and bridge erection, even in humid, dusty or slightly corrosive environments, it can still maintain reliable performance.​ In terms of price composition, the core driving factors of the price per meter include raw material costs, production processes and market factors. High-purity electrolytic copper, as the main material of the conductor, its market price fluctuations directly affect the cable cost, usually accounting for 50%-60% of the total cost; the price of XLPE insulation materials and LSZH sheath materials is higher than that of ordinary PVC, further increasing the basic cost. In the production process, complex processes such as irradiation or chemical cross-linking of cross-linked polyethylene, and processing of low smoke zero halogen formulations for LSZH sheaths increase process costs and energy consumption, which are also reflected in the terminal price. In addition, factors such as brand premium, transportation costs, and order volume will also lead to price differences. Generally speaking, the price per meter of this specification cable ranges from 80 to 150 yuan, which needs to be dynamically adjusted according to the purchase volume, delivery date and additional services (such as customized length, test reports).​ The particularity of application scenarios also indirectly affects the price positioning. Because it is suitable for places with high safety and environmental protection requirements such as hospitals, subways, and data centers, these scenarios have strict requirements on cable certification standards (such as CE, UL), and the increase in compliance costs may increase the price by 10%-20%. In ordinary industrial plants or municipal projects, if the environmental protection level requirements are low, some manufacturers may provide simplified products (such as non-LSZH sheaths), and the price will be reduced accordingly, but the performance will also be reduced.​ In summary, the price per meter of pure copper 4*95mm XLPE PVC LSZH 4-core AC power cable is a comprehensive reflection of its material quality, performance advantages and application value. Users need to balance price and demand when purchasing. For high safety level scenarios, choosing products that meet all standards may cost higher, but can avoid safety risks; for ordinary scenarios, procurement costs can be optimized on the premise of ensuring core performance to maximize cost-effectiveness.