| Explore building wire, solar cable, UL cable, Canada-market cable, Philippine cable, low voltage power cable, aluminium cable, and PVC cable compound from one cable supplier. |
Tinned Copper/XLPO/XLPO
Copper/PVC/Nylon/Craft Paper/PVC
Every cable order is tested for material quality, electrical performance, and long-term installation reliability.
We check copper, aluminium, PVC, XLPE, LSZH, and cable compound materials before production to support stable cable performance and consistent batch quality.
Conductor resistance, insulation resistance, voltage withstand, and continuity tests help reduce installation risk and confirm each cable meets project requirements.
UV resistance, flame retardancy, temperature cycling, aging behavior, and sheath durability are tested according to the cable type and application environment.
Select the right cable by installation environment, voltage rating, conductor type, and project application.
Solar cables are designed for photovoltaic power systems. They connect solar panels, combiner boxes, inverters, and battery systems while resisting outdoor exposure, UV radiation, temperature changes, and long-term electrical stress.
Built for outdoor PV installations exposed to sunlight, rain, wind, and temperature cycling.
Supports easier installation around solar panels, mounting structures, and inverter connections.
Insulation and sheath layers help improve electrical safety in DC solar applications.
Suitable for rooftop solar projects, ground-mounted PV plants, floating solar systems, and off-grid power setups.
Building cables are electrical wires and cables used for fixed wiring inside residential, commercial, and light industrial buildings. They are commonly installed in conduits, walls, ceilings, distribution boards, and control cabinets to deliver power safely to lighting, sockets, appliances, and electrical equipment.
Designed for stable, long-term installation in protected indoor wiring systems.
Available in solid, stranded, and flexible copper conductor structures for different installation methods.
PVC-insulated options support general wiring, while LSZH types help reduce smoke and halogen emissions in sensitive areas.
Color-coded insulation and common building-wire sizes help electricians select and install the right cable faster.
UL cables are wire and cable products designed for North American electrical applications where buyers care about rated voltage, temperature performance, insulation structure, conductor quality, and documentation consistency. Common products include NM-B cable, THHN/THWN-2 wire, and THW wire.
Commonly used for power distribution, branch circuits, conduit wiring, and building electrical systems.
PVC insulation and nylon jackets help improve abrasion resistance and installation reliability.
Designed for stable conductivity in residential, commercial, and project-based wiring applications.
Suitable for importers, wholesalers, electrical contractors, and private-label cable buyers.
Canada-market electrical cables are selected for building wiring, conduit installation, panel wiring, and electrical distribution projects where buyers need familiar product names, stable insulation structures, and reliable rated performance. Common options include NMD 90 cable and T90 nylon wire.
NMD 90 cable supports dry interior wiring applications in residential and light commercial projects.
T90 nylon wire is suitable for conduit wiring, electrical panels, and distribution systems.
90°C-rated cable options help meet common project requirements for building and equipment wiring.
Available for distributors, contractors, and importers that need consistent packaging, marking, and order specifications.
Philippine electrical cables are used in residential, commercial, and general wiring projects where buyers need practical cable types such as Royal Cord, TW/THW wire, and NM cable. These products are selected for power distribution, branch circuits, lighting, and general electrical installation.
Suitable for common electrical circuits, lighting, and power distribution in building projects.
PVC-based structures provide basic insulation, mechanical protection, and easy handling.
Available product options support common low-voltage electrical applications.
Suitable for importers, wholesalers, contractors, and local electrical supply channels.
Low voltage cables are power cables used to transmit and distribute electricity in building systems, industrial facilities, infrastructure projects, and equipment connections. Common voltage ratings include 0.6/1kV and 1.8/3kV depending on cable type and application.
Designed for stable low voltage power transmission in buildings, factories, and infrastructure.
Suitable for fixed wiring routes, cable trays, underground ducts, equipment wiring, and flexible industrial connections.
Available with copper conductors, XLPE insulation, PVC sheaths, armoured options, and flexible Class 5 conductors.
Cable structure, conductor size, sheath color, packaging, and marking can be matched to project requirements.
Aluminium cables use aluminium conductors instead of copper conductors for power transmission and distribution. They are often selected for overhead lines, utility projects, low voltage distribution, and cost-sensitive installations where weight and budget are important factors.
Aluminium conductors are lighter than copper, making them practical for overhead and long-distance installations.
A suitable option when projects require large cable quantities and controlled material cost.
Available as ABC cable for overhead distribution and low voltage aluminium power cable for fixed installation.
Armoured aluminium cable options provide extra mechanical protection for demanding installation routes.
PVC cable compound is a formulated plastic material used for wire insulation and cable sheathing. It affects cable flexibility, surface quality, flame-retardant behavior, processing stability, color consistency, and long-term electrical insulation performance.
Designed for smooth processing during wire insulation and cable sheathing production.
Suitable for different wire and cable structures where PVC insulation or outer sheath is required.
Self-extinguishing compound options help support safer cable manufacturing requirements.
Hardness, color, temperature rating, and processing behavior can be adjusted for different cable production needs.
Our technical team can design and manufacture cables to meet your specific requirements
