The 33kV copper conductor XLPE insulated medium voltage power cable features 3-core 185mm² design, utilizing high-purity electrolytic copper and cross-linked polyethylene (XLPE) insulation. With excellent electrical performance and thermal stability (90℃ continuous operating temperature, 250℃ under short circuit), it is suitable for fixed installation in industrial plants, substations and urban grid medium voltage distribution systems, compliant with IEC 60502 international standards.

The Sac Cable 25kV 33kV Single Core 185mm² 240mm² 350MCM 500MCM is a high-performance medium-voltage aluminum cable engineered for efficient power transmission in utility grids, industrial plants, and renewable energy projects. This single-core cable supports 25kV and 33kV systems, with conductor sizes ranging from 185mm², 240mm² to 350MCM and 500MCM (thousand circular mils), catering to varying load demands.​ Constructed with high-purity aluminum conductors, it balances conductivity and cost-effectiveness, ensuring minimal power loss over long distances. The cable features robust insulation—typically XLPE (cross-linked polyethylene)—offering exceptional resistance to temperature extremes (-40°C to 90°C), UV radiation, and moisture, making it suitable for both underground and aerial installations.​ Its single-core design reduces electromagnetic interference, critical for medium-voltage applications, while the range of conductor sizes provides flexibility for projects of all scales, from urban substation connections to rural electrification. Compliant with international standards (IEC, ASTM), the Sac Cable guarantees safety, durability, and consistent performance, making it a reliable choice for medium-voltage power distribution networks.

The NFC 33-226 compliant HTA Cis Copper Electric Cable stands as a high-voltage powerhouse, engineered for 35kv aerial transmission lines. This cable merges the conductivity of copper conductors with the ruggedness required for high-voltage (HV) overhead applications, ensuring reliable power delivery across industrial grids, urban networks, and remote electrification projects.​ HTA Cis construction—featuring a heat-resistant aluminum alloy (HTA) sheath over copper cores—enhances durability against thermal stress and mechanical impact. Rated for 35kv, it handles heavy loads with minimal energy loss, making it ideal for connecting substations, powering large industrial complexes, or bridging long-distance rural grids.​ Compliance with NFC 33-226 (a French standard for HV cables) guarantees adherence to strict safety and performance benchmarks, including dielectric strength and weather resistance. The copper conductors ensure superior conductivity, while the aerial design simplifies installation over challenging terrains.​ Resistant to UV radiation, corrosion, and extreme temperatures (-40°C to 90°C), this cable thrives in harsh environments, from coastal industrial zones to mountainous regions. Its 35kv rating and robust build make it a cornerstone of modern HV infrastructure, balancing efficiency and longevity for critical power networks.

Medium Voltage Underground XLPE Insulated Aluminum Power Cable: 10kv-25kv, 3X70mm² to 500mm² 3-Core for Subterranean Transmission​ This range of medium-voltage underground power cables, insulated with XLPE (cross-linked polyethylene) and featuring aluminum conductors, is engineered for reliable subterranean power transmission across 10kv, 15kv, 24kv, and 25kv applications. Available in 3-core configurations with conductor cross-sections from 3X70mm² to 500mm²—including 3X120mm², 120mm², 240mm², and 500mm²—these cables balance durability, efficiency, and space-saving design for urban, industrial, and infrastructure projects.​ XLPE insulation is a standout feature, offering superior thermal stability (-40°C to 90°C), high dielectric strength, and resistance to moisture, soil chemicals, and mechanical stress—critical for underground environments prone to corrosion and pressure. The aluminum conductors provide cost-effectiveness and lightweight properties, reducing installation complexity while maintaining efficient current carrying, suitable for medium-voltage load demands.​ The 3-core design consolidates phases into a single cable, minimizing underground duct space and simplifying installation in crowded urban grids or industrial zones. With robust construction, these cables withstand burial pressures, rodent damage, and soil abrasion, ensuring long-term performance in subway systems, residential districts, and industrial parks.​ Compliant with international standards, the range caters to diverse project scales, from urban grid expansions to industrial power distribution. Its tailored specifications—voltage ratings, conductor sizes, and core design—make it a versatile solution for reliable underground medium-voltage transmission.

Medium Voltage 10KV 33KV XLPE Aluminum Copper Power Cable 3C 300mm² MV Cable Price​ Our medium voltage power cables, rated for 10KV and 33KV, feature 3-core (3C) 300mm² conductors—available in both aluminum and copper—with XLPE insulation, designed for efficient, reliable power transmission in medium-voltage networks. Balancing performance and cost, these cables cater to utility grids, industrial plants, and infrastructure projects where stable medium-voltage distribution is critical.​ The XLPE insulation is a standout feature, offering exceptional thermal stability (withstanding continuous temperatures up to 90°C) and low dielectric loss, ensuring minimal energy waste even under high-voltage loads. This insulation resists moisture, chemicals, and aging, making it suitable for underground, overhead, or duct installations in diverse environments, from urban grids to industrial zones.​ The 3C 300mm² conductor configuration—available in aluminum (cost-effective for long-distance runs) or copper (high-conductivity for heavy loads)—supports balanced three-phase power distribution, a standard for medium-voltage systems. Aluminum options provide economic advantages for large-scale projects, while copper ensures superior conductivity and durability for high-demand applications.​ Rated for 10KV and 33KV, these cables comply with international standards (e.g., IEC 60502-2), guaranteeing safety and compatibility with medium-voltage equipment like transformers and switchgear. Competitive pricing, tailored to conductor material and project scale, makes them a practical choice for utility companies and industrial clients seeking reliable medium-voltage solutions.

6/10 KV 12/20 KV 18/30 KV NA2XS(F)2Y Medium Voltage Power Cable​ The NA2XS(F)2Y medium voltage power cables, rated for 6/10 KV, 12/20 KV, and 18/30 KV, are engineered for reliable high-performance power transmission in demanding industrial and utility networks. Designed to meet stringent European standards, these cables combine advanced materials and robust construction to excel in diverse installation environments, from underground ducts to harsh industrial zones.​ At their core, these cables feature cross-linked polyethylene (XLPE) insulation, which delivers exceptional thermal stability (withstanding continuous operating temperatures up to 90°C) and low dielectric loss—critical for minimizing energy waste in medium-voltage systems. The insulation’s resistance to moisture, chemicals, and aging ensures long-term durability, even in damp or corrosive conditions common in industrial plants or urban infrastructure.​ The NA2XS(F)2Y design includes a copper conductor for superior conductivity, ensuring efficient power delivery across voltage tiers. A protective outer sheath, typically made of halogen-free cross-linked polyethylene (XLPE), provides enhanced resistance to mechanical stress, UV radiation, and flame spread, making these cables suitable for both indoor and outdoor applications, including areas with strict fire safety requirements.​ Compliant with standards like EN 50525, these cables support three-phase power distribution, making them ideal for connecting substations, industrial machinery, and renewable energy installations. Their versatility across 6/10 KV to 18/30 KV ranges ensures compatibility with evolving power network demands, while their durable build reduces maintenance needs, offering a cost-effective solution for long-term infrastructure projects.

R-(N)TSCGEWOU MV 3.6/6kV 6/10kV 8.7/15kV 12/20kV Medium Voltage Flexible Cable for Reeling Applications​ R-(N)TSCGEWOU medium voltage flexible cables, rated for 3.6/6kV to 12/20kV, are engineered for high-performance reeling applications, combining exceptional flexibility with robust construction to withstand repeated bending, twisting, and mechanical stress. Designed for dynamic environments such as cranes, mining equipment, and mobile industrial machinery, these cables deliver reliable power transmission in scenarios where movement and durability are critical.​ The flexible core design—often featuring stranded conductors and elastomeric insulation—enables seamless operation during continuous reeling and unreeling, minimizing fatigue and extending service life. This insulation, typically made from cross-linked ethylene propylene rubber (EPR) or similar materials, offers excellent thermal resistance (operating temperatures up to 90°C) and resistance to oil, chemicals, and abrasion, ensuring stability in harsh industrial settings.​ A reinforced outer sheath, often polyurethane-based, provides additional protection against impact, UV radiation, and environmental wear, making the cable suitable for both indoor and outdoor use. The cables support medium-voltage power distribution across 3.6/6kV to 12/20kV, compatible with heavy-duty equipment requiring consistent, high-voltage power in mobile applications.​ Compliant with industry standards for flexible medium-voltage cables, R-(N)TSCGEWOU cables balance flexibility and durability, reducing downtime in reeling systems. Their design caters to industries like construction, mining, and logistics, where reliable power in dynamic operations is paramount.