Aluminum Stranded Wire THWN THHN PVC 600V: High-Performance Cable for Heating Applications with Sizes 14mm² to 200mm²​ This aluminum stranded wire, rated for 600V and insulated with THWN/THHN PVC, is engineered to deliver reliable performance in heating systems and industrial applications. Available in a comprehensive range of sizes—14mm², 22mm², 30mm², 38mm², 50mm², 60mm², 80mm², 100mm², 125mm², and 200mm²—it caters to diverse power demands, from small residential heaters to large-scale industrial heating equipment.​ The stranded aluminum conductor offers a balance of conductivity and lightweight design, ensuring efficient current transmission with minimal energy loss. Its flexible structure simplifies installation in tight spaces, around heating elements, or through conduit systems, while resisting fatigue from thermal expansion—critical in cyclic heating environments. The THWN/THHN PVC insulation enhances durability, withstanding temperatures up to 90°C in dry locations and 75°C in wet conditions, and providing resistance to chemicals, oils, and moisture.​ With a 600V rating, the cable safely handles the voltage requirements of heating appliances, thermostats, and distribution panels. Sizing options align with specific load needs: smaller diameters (14mm²–38mm²) suit residential and light commercial heaters, while larger sizes (50mm²–200mm²) accommodate heavy-duty industrial systems, including furnaces and radiant heating. Compliant with industry standards, this aluminum stranded wire combines cost-effectiveness, flexibility, and thermal resilience, making it a trusted choice for heating applications.

100% Copper Stranded Wire THW 7, 14, 12, 10, 8, 6 AWG PVC Insulation Low Voltage 600V for Heating Applications​ This 100% copper stranded THW wire stands as a robust solution for heating applications, combining superior conductivity with durable PVC insulation. Available in 7, 14, 12, 10, 8, and 6 AWG, it caters to diverse heating system demands, from small residential heaters (14 AWG) to heavy-duty industrial furnaces (6 AWG).​ The stranded design enhances flexibility, simplifying installation in tight spaces around heating elements or within conduit. Its PVC insulation, rated for low voltage 600V, resists heat, moisture, and abrasion—critical for longevity in high-temperature heating environments. The 100% copper composition ensures minimal energy loss, maximizing heating efficiency and reducing operational costs.​ Ideal for radiant floor systems, space heaters, and industrial heating equipment, this wire balances safety and performance. Its compliance with industry standards guarantees reliability, making it a top choice for contractors and homeowners prioritizing efficient, durable heating solutions.

The 10/16/25/35mm² green-yellow stranded bare copper grounding cable is a high-performance cable designed for diverse grounding needs. With its flexible specification options, excellent conductivity, and clear identification features, it is widely used in safety grounding protection of various electrical systems.​ In terms of specification design, this series of cables offers four cross-sectional area options: 10mm², 16mm², 25mm², and 35mm², which can be flexibly matched according to the current-carrying requirements of different scenarios. The bare copper stranded conductor is its core structure, composed of multiple high-purity copper wires stranded according to specific processes. It not only retains the excellent conductivity of copper, ensuring that fault current is quickly conducted to the ground, but also enhances the flexibility of the conductor through the stranding process, facilitating laying in narrow spaces or complex paths. At the same time, it improves tensile and vibration resistance, extending the service life.​ The green-yellow identification design is a prominent feature of the cable, strictly following international general grounding cable standards. It can be quickly identified in various electrical lines, effectively avoiding the risk of misconnection and improving installation and maintenance efficiency. The design of the bare copper conductor enables it to have stronger heat dissipation performance, which is not easy to cause performance attenuation due to overheating during long-term high-current conduction, making it suitable for industrial environments with high heat dissipation requirements.​ In terms of application scenarios, the 10mm² and 16mm² specifications are suitable for grounding systems of small electrical equipment, household circuits, and small commercial places, such as safety grounding of household appliances and lighting equipment; 25mm² and 35mm² are more suitable for grounding needs of medium and large industrial equipment, power distribution systems, and public buildings, such as factory production lines, shopping mall distribution rooms, and office building lightning protection grounding. Whether in dry indoor environments or humid outdoor scenarios, the bare copper conductor has certain corrosion resistance after special treatment and can maintain stable performance in various environments.​ During the production process, this series of cables strictly controls the purity of copper materials and stranding processes to ensure that the conductivity and mechanical strength of each batch of products meet the standards. The surface of the bare copper is cleaned to reduce the impact of the oxide layer on conductivity. At the same time, the green-yellow identification adopts wear-resistant printing technology to ensure that it remains clearly visible after long-term use.​ To sum up, the 10/16/25/35mm² green-yellow stranded bare copper grounding cable has the core advantages of multi-specification adaptability, high conductivity efficiency, and safety identification. It provides reliable grounding protection for electrical systems of different scales and is an ideal choice that combines practicality and safety.

8mm² 14mm² 22mm² 30mm² 38mm² 60mm² 250mm² PVC Insulated THHN THWN Stranded Wire 90℃ 600V for Heating Applications in Philippines Product Abstract​ High-Performance Wires for Philippine Heating Systems​ Designed specifically for heating applications in the Philippines, our PVC-insulated THHN and THWN stranded wires are engineered to deliver exceptional performance and reliability. Available in sizes ranging from 8mm² to 250mm², these wires operate at 90℃ and 600V, making them ideal for a variety of heating systems across the country.​ Superior Construction & Insulation​ The stranded wire design enhances flexibility, allowing easy installation in tight spaces and complex heating system setups common in Philippine residential, commercial, and industrial settings. The PVC insulation provides excellent protection against moisture, chemicals, and abrasion, ensuring durability even in humid tropical conditions. THHN (Thermoplastic High Heat-resistant Nylon-coated) and THWN (Thermoplastic Heat and Water-resistant Nylon-coated) variants offer added resilience, with the nylon coating boosting resistance to physical damage and extending service life.​ Optimal for Heating Applications​ Operating at 90℃ and 600V, these wires are perfectly suited for high-temperature heating equipment such as boilers, heaters, and industrial furnaces widely used in the Philippines. The range of sizes caters to diverse needs: smaller 8mm² and 14mm² wires work well for residential heating systems, while larger 38mm², 60mm², and 250mm² options handle heavy-duty industrial heating loads, ensuring efficient power transmission without overheating.​ Compliance & Reliability​ Manufactured to meet relevant standards, these wires ensure safety and compliance with Philippine electrical regulations. Their robust design minimizes downtime, reduces maintenance costs, and guarantees consistent performance in the demanding conditions of Philippine heating applications.

Bare or green/yellow stranded copper grounding wires (with specifications covering 6 AWG, 2 AWG, 1/0 AWG, 2/0 AWG) are safety cables specifically designed for equipment grounding. Their core function is to reliably connect the metal enclosures and frames of electrical equipment to the ground, forming a discharge channel for fault currents, thereby preventing electric shock accidents caused by electrified equipment, stabilizing system voltage, and ensuring the safe operation of electrical systems. Their diverse specifications adapt to the grounding needs of equipment with different power levels, and they are key components for equipment safety protection in industrial, commercial, and civil fields.​ In terms of conductor characteristics, stranded copper material is its core advantage. High-purity electrolytic copper has excellent conductivity, which can quickly conduct fault currents and ensure the timeliness of grounding response; the multi-strand stranded structure endows the wire with good flexibility, making it easy to install and fix in scenarios such as narrow spaces inside equipment and curved wiring, reducing construction difficulty. The current-carrying capacity of different specifications varies significantly: 6 AWG is suitable for small equipment (such as household appliances, office equipment) with a current-carrying capacity of about 55-75A; 2 AWG can meet the grounding needs of medium-sized industrial machinery (such as water pumps, fans) with a current-carrying capacity of 95-125A; 1/0 AWG and 2/0 AWG are suitable for large equipment (such as transformers, generator sets) with current-carrying capacities of 150-180A and 180-220A respectively, which can cope with high current impacts.​ In terms of appearance and identification, the bare wire version has no insulation layer and directly exposes the copper conductor, suitable for dry, dust-free enclosed environments (such as grounding inside control cabinets); the green/yellow version adopts the internationally universal grounding identification color, and the outer layer is usually wrapped with a PVC insulation layer, which has both insulation protection and intuitive identification functions, suitable for exposed installation or humid environments (such as outdoor equipment, humid workshops). This color identification can effectively avoid wrong connections and ensure the correctness of the grounding loop.​ The applicable scenarios are wide: in the industrial field, it can be used for grounding the enclosures of production line equipment, machine tools, and distribution boxes; in commercial buildings, it is suitable for safety grounding of air conditioning units, elevators, and large lighting equipment; in civil scenarios, it can be used as a grounding branch for home appliances such as washing machines and refrigerators. In addition, its high conductivity and mechanical strength can also provide reliable guarantee in the grounding of transformers, distribution cabinets in power systems, and equipment in communication base stations.​ In terms of performance, this series of grounding wires strictly complies with international grounding standards (such as IEC, UL) and has passed multiple tests such as conductivity, mechanical strength, and corrosion resistance. The copper conductor of the bare wire has undergone anti-oxidation treatment, which can reduce oxidative rust; the PVC insulation layer of the green/yellow wire has a temperature resistance range of -15℃ to 70℃, strong moisture resistance, and can resist moisture and slight chemical erosion in daily environments.​ In summary, with multi-specification adaptability, high-conductivity stranded copper material, clear identification design, and reliable performance, bare or green/yellow stranded copper grounding wires have become an ideal choice for equipment grounding systems, building a solid defense line for the safe operation of various electrical equipment.

MKEM H07V2-K Single Core Flexible Cable Summary​ The MKEM H07V2-K single core flexible cables, available in 1.5mm², 2.5mm², 4mm², and 6mm², are engineered for versatile electrical connections in industrial, commercial, and residential settings. Featuring stranded copper conductors, these cables deliver exceptional flexibility, making them ideal for applications requiring frequent bending or movement, such as machinery wiring, portable equipment, and tight-space installations.​ The H07V2-K designation underscores their compliance with rigorous standards: rated for 450/750V, they feature a dual PVC insulation system—an inner core and outer sheath—enhancing safety with superior flame retardancy, moisture resistance, and mechanical durability. This dual layer protects against abrasion, chemicals, and temperature fluctuations (-25°C to 70°C), ensuring reliability in harsh environments like factories, construction sites, or outdoor setups.​ Each size caters to specific current demands: 1.5mm² and 2.5mm² for lighting, small appliances, and control systems; 4mm² and 6mm² for higher-load equipment like power tools, heating units, and industrial machinery. The stranded design minimizes fatigue from repeated flexing, extending service life. Compliant with international norms, these cables offer easy termination and seamless integration with standard fittings, making them a trusted choice for dynamic electrical systems.

MKEM H07V2-K Single Core Flexible Cable Stranded Wire Summary​ The MKEM H07V2-K single core flexible cables, available in 1.5mm², 2.5mm², 4mm², and 6mm², are high-performance stranded wire solutions engineered for dynamic electrical connections across industrial, commercial, and residential settings. Their stranded copper conductors, composed of multiple fine strands, deliver exceptional flexibility, making them ideal for applications requiring frequent bending—such as robotic arms, portable equipment, and tight-space installations where rigidity would hinder performance.​ Certified under the H07V2-K standard, these cables feature a dual-layer PVC insulation system: an inner layer for primary electrical insulation and an outer sheath for enhanced mechanical protection. This design ensures compliance with 450/750V voltage ratings, while providing flame retardancy, moisture resistance, and durability against abrasion and chemicals. Operating reliably in temperatures from -25°C to 70°C, they thrive in harsh environments like factories, construction sites, and outdoor setups.​ Size-specific capabilities cater to diverse loads: 1.5mm² and 2.5mm² handle lighting, small appliances, and control systems; 4mm² and 6mm² support heavy-duty tools, industrial machinery, and heating units. The stranded structure minimizes fatigue from repeated flexing, extending service life. Compatible with standard fittings and easy to terminate, these cables integrate seamlessly into existing systems, offering a blend of safety, versatility, and long-term reliability—making them a trusted choice for dynamic electrical needs.