Solar Cable Solutions Support Renewable Energy Projects

Fire Resistant Copper Core Cable engineered to maintain electrical continuity under extreme fire conditions, ensuring reliable power supply for safety systems and emergency equipment, suitable for public buildings, transportation systems, industrial plants, and infrastructure projects with stringent fire resistance and operational continuity requirements.

Flexible Mineral Insulated Cable developed to combine the fire resistance of mineral insulated cables with improved flexibility, suitable for complex installations, emergency circuits, industrial facilities, and infrastructure projects requiring high temperature endurance, mechanical reliability, and easier installation compared to traditional rigid mineral cables.

Mineral Insulated Copper Cable designed for extreme fire resistance and long term durability, featuring copper conductors and inorganic mineral insulation, suitable for fire survival circuits, industrial facilities, tunnels, power plants, and critical infrastructure applications requiring high temperature resistance and maximum safety performance.

XLPE Insulated Armored Aluminum Conductor Power Cable developed for applications requiring enhanced mechanical protection and reliable power transmission, combining aluminum conductors, XLPE insulation, and robust armoring, suitable for underground installations, industrial facilities, power distribution networks, and infrastructure projects exposed to mechanical stress and demanding environmental conditions.

XLPE Insulated Aluminum Conductor Power Cable designed for low voltage power distribution systems, providing a cost-effective and lightweight alternative to copper cables with stable electrical performance, good thermal resistance, and long service life, suitable for utility networks, industrial installations, commercial facilities, and infrastructure projects requiring efficient and economical power transmission.

Flexible PVC Insulated Copper Building Wire designed for internal wiring applications requiring enhanced flexibility and easy installation, offering reliable electrical performance, good mechanical durability, and bending resistance, suitable for building electrical systems, appliances, distribution boxes, control cabinets, and installations with limited space or complex wiring layouts.

Fire Resistant Shielded Copper Signal Cable designed to ensure signal integrity under fire exposure and electromagnetic interference conditions, featuring fire resistant insulation and advanced shielding layers, suitable for critical communication systems, monitoring equipment, industrial facilities, transportation infrastructure, and emergency projects requiring uninterrupted signal transmission and maximum safety performance.

LSZH Insulated Copper Building Wire developed for building wiring in enclosed and public environments, designed to minimize smoke generation and eliminate toxic halogen gas emission during fire conditions, suitable for residential complexes, commercial buildings, hospitals, schools, public facilities, and projects requiring enhanced fire safety, occupant protection, and environmental compliance.

Flame Retardant Shielded Copper Signal Cable developed for environments with electromagnetic interference, combining effective shielding structure with flame retardant insulation materials, suitable for industrial automation systems, communication networks, data transmission lines, instrumentation circuits, and signal applications requiring stable performance, EMI protection, and enhanced fire safety characteristics.

PVC Insulated Copper Building Wire designed for general building wiring applications, offering stable electrical conductivity, easy handling and installation, and cost-effective performance, suitable for residential, commercial, and light industrial buildings for power distribution, lighting circuits, socket connections, and internal electrical installations under standard operating and safety conditions.

Fire Resistant Copper Signal Cable engineered to maintain continuous signal transmission under fire conditions, ensuring uninterrupted operation of monitoring, communication, and control systems, suitable for safety systems, industrial plants, public infrastructure, transportation facilities, and emergency installations requiring high reliability, fire survival performance, and long-term operational stability.

Flame Retardant Copper Signal Cable designed for reliable signal transmission in industrial, commercial, and building systems, featuring stable electrical performance, flame retardant insulation, and durable construction, suitable for monitoring systems, communication lines, instrumentation circuits, automation equipment, and control applications where fire safety and signal stability are required.

Fire Resistant LSZH Flexible Copper Cable combining fire survival capability with low smoke zero halogen materials, designed for safety sensitive environments, suitable for public buildings, transportation systems, emergency power circuits, and critical installations requiring reduced smoke emission, minimal toxic gas release, flexible wiring performance, and enhanced fire safety compliance.

Fire Resistant Flexible Copper Wire designed to maintain electrical continuity and stable conductivity during fire exposure, suitable for emergency circuits, safety equipment, fire protection systems, and critical wiring applications, offering excellent flexibility, reliable current transmission, and enhanced fire resistance for installations where operational continuity and personal safety are essential requirements.

Flame Retardant Flexible Copper Wire for internal electrical wiring and flexible connection applications, designed to provide reliable electrical conductivity, easy installation, and enhanced flame retardant performance, suitable for electrical equipment, control cabinets, household appliances, distribution systems, and building wiring installations requiring flexibility, safety, and improved fire resistance characteristics.

Solar DC Cable H1ZZZ-K developed for modern photovoltaic systems, featuring halogen free insulation, high temperature resistance, and excellent flexibility, suitable for rooftop solar installations, ground mounted solar farms, inverter connections, and renewable energy projects requiring compliance with international photovoltaic cable standards.

XLPE Insulated Copper Solar DC Cable PV1-F designed for photovoltaic power generation systems, offering excellent resistance to UV radiation, temperature variation, and environmental aging, suitable for solar panel connections, inverter systems, and renewable energy installations requiring long term durability and stable direct current transmission performance.

Fire Resistant Shielded Armored Copper Control Cable developed for extreme safety applications, ensuring signal integrity under fire exposure, electromagnetic interference, and mechanical stress, combining fire resistant insulation, shielding layers, and robust armoring, suitable for critical control systems, emergency installations, industrial facilities, and infrastructure projects with strict safety requirements.

Flame Retardant Shielded Armored Copper Control Cable combining shielding, flame retardant insulation, and mechanical armoring, designed for complex industrial environments with electromagnetic interference and mechanical risks, suitable for automation systems, control panels, industrial plants, and infrastructure projects requiring stable signal transmission and enhanced safety.

Fire Resistant Armored Copper Control Cable engineered for safety critical control systems, providing fire survival capability and enhanced mechanical protection, suitable for emergency control circuits, industrial automation systems, power plants, and infrastructure projects where operational continuity during fire conditions is essential.

Flame Retardant Armored Copper Control Cable designed for control applications requiring additional mechanical protection, combining flame retardant insulation and robust armoring, suitable for industrial environments, heavy machinery, production facilities, and infrastructure projects where cables are exposed to mechanical stress and fire risk.

Fire Resistant Shielded Copper Control Cable developed to ensure reliable signal transmission under fire exposure and electromagnetic interference conditions, featuring copper conductors, fire resistant insulation, and shielding layers, suitable for critical control systems, safety equipment, industrial plants, and infrastructure installations requiring uninterrupted operation during emergency situations.

Flame Retardant Shielded Copper Control Cable designed for control and signal transmission in environments with electromagnetic interference, combining shielding structure and flame retardant insulation, suitable for industrial automation systems, instrumentation, control panels, and production facilities requiring stable signal performance and enhanced fire safety.

Fire Resistant Copper Control Cable engineered to maintain control circuit integrity during fire conditions, ensuring continuous operation of safety systems, industrial controls, and emergency equipment, suitable for power plants, industrial facilities, transportation systems, and infrastructure projects with high safety and operational continuity requirements.

Flame Retardant Copper Control Cable designed for signal and control transmission in industrial automation systems, featuring copper conductors and flame retardant insulation, suitable for control panels, machinery, production lines, and industrial equipment where reliable signal transmission and improved fire safety performance are required.

Cost-effective armored aluminum alloy power cable offering reliable conductivity, reduced weight, and efficient installation for large-scale power distribution.

XLPE Insulated Aluminum Alloy Power Cable designed as a lightweight and durable alternative to copper power cables, offering excellent mechanical strength, corrosion resistance, and stable electrical performance, suitable for low voltage power distribution in industrial plants, commercial buildings, utility networks, and infrastructure projects requiring efficient installation and long term reliability.

Fire Resistant LSZH XLPE Insulated Armored Copper Power Cable designed for applications requiring maximum fire safety and mechanical protection, combining copper conductors, fire resistant low smoke insulation, and steel armoring, suitable for tunnels, metro systems, underground facilities, airports, and infrastructure projects with strict fire resistance and safety compliance requirements.

Fire Resistant LSZH XLPE Insulated Copper Power Cable engineered to maintain circuit integrity under fire exposure while limiting smoke and halogen gas release, suitable for emergency power supply systems, evacuation routes, fire protection equipment, and safety critical installations in high occupancy buildings, transportation systems, and public infrastructure projects.

LSZH XLPE Insulated Armored Copper Power Cable combining low smoke zero halogen insulation with reinforced mechanical protection, designed for underground and industrial installations, ensuring electrical reliability, improved safety during fire conditions, and long term durability in public infrastructure, utility networks, and power distribution systems exposed to mechanical stress.

LSZH XLPE Insulated Copper Power Cable developed for low voltage power distribution in enclosed and public environments, minimizing smoke density and toxic gas emission while maintaining stable electrical performance, suitable for commercial buildings, hospitals, airports, transportation hubs, and safety sensitive infrastructure projects requiring enhanced fire performance and environmental protection.

XLPE Insulated Armored Aluminum Alloy Conductor High Voltage Power Cable designed for high strength and high voltage transmission applications, offering improved mechanical performance over standard aluminum conductors, excellent corrosion resistance, and stable electrical properties, suitable for utility networks, industrial power systems, and infrastructure projects operating under demanding environmental and mechanical conditions.

XLPE Insulated Armored Aluminum Conductor High Voltage Power Cable engineered for cost effective high voltage power transmission, combining lightweight aluminum conductors, durable XLPE insulation, and strong mechanical armoring, suitable for power grids, substations, industrial facilities, and large scale infrastructure projects requiring efficient energy transmission and long term operational reliability.

XLPE Insulated Copper Conductor High Voltage Power Cable with Steel Tape Armoring designed for reliable high voltage transmission, featuring excellent electrical insulation, high thermal stability, and enhanced mechanical protection, suitable for underground power networks, utility substations, industrial power systems, and infrastructure projects requiring long distance transmission, high load capacity, and compliance with international high voltage cable standards.

Advanced armored power cable combining fire resistance and LSZH performance for maximum safety compliance in high-risk environments.

Fire Resistant LSZH XLPE Insulated Copper Power Cable engineered to ensure circuit integrity under fire exposure while producing minimal smoke and zero halogen gases, providing enhanced safety for occupants and equipment, suitable for emergency power supply, evacuation systems, safety circuits, and critical electrical installations in densely populated public and commercial buildings.

Low smoke zero halogen XLPE armored power cable providing enhanced fire safety and reduced toxic emissions for public and commercial installations.

LSZH XLPE Insulated Copper Power Cable developed for low voltage power distribution in enclosed and public areas, minimizing smoke density and toxic gas emission during fire, while ensuring reliable electrical performance, thermal stability, and long term operation in commercial buildings, airports, hospitals, transportation hubs, and environmentally sensitive infrastructure projects.

Short Description:Fire resistant XLPE armored copper cable engineered to maintain circuit integrity during fire conditions for emergency and safety systems.

Fire Resistant XLPE Insulated Copper Power Cable engineered to maintain circuit integrity during fire conditions, ensuring continuous power supply for emergency systems, fire pumps, alarms, and safety equipment, while providing excellent electrical stability, thermal endurance, and compliance with fire resistance requirements in public buildings, transportation facilities, and critical infrastructure installations.

High-quality XLPE armored copper power cable for industrial and infrastructure power distribution. Available from 0.6/1kV to 35kV

XLPE Insulated Copper Power Cable designed for low voltage power distribution systems requiring stable electrical performance, high current carrying capacity, excellent thermal resistance, and long service life, suitable for indoor and outdoor fixed installations in industrial plants, commercial buildings, utility networks, cable trays, ducts, and underground infrastructure projects operating under IEC standards.