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The Low Voltage Insulated Cable is used for transmitting electricity at low voltages, typically up to 0.6/1 kV. Its construction includes a conductive core (made of copper or aluminum), an insulation layer (PVC, XLPE, or EPR), and a mechanical protection layer. This type of cable is widely used in residential and industrial electrical systems, public lighting systems, and to supply electricity to industrial machinery and equipment, ensuring stable and safe electrical transmission.

Medium Voltage (MV) Cable transmits electrical energy at 1 kV to 35 kV. It includes a conductive core (copper or aluminum), high-quality insulation (XLPE or EPR), a semiconducting layer, metallic shielding, and mechanical protection. Commonly used in power transmission, distribution systems, and industrial networks, MV cables provide safe, reliable, and efficient electricity supply.

Fire-resistant cables are designed to withstand the impact of fire and prevent its spread in case of a fire incident. These cables are commonly used in special applications such as high-rise buildings, industrial areas, and critical electrical systems to ensure safety and minimize damage in case of fire.

Solar cables are specialized cables used in solar energy systems, designed to transmit electricity from solar panels to inverters and energy storage devices. These cables are capable of withstanding harsh environmental conditions such as UV radiation, high temperatures, and adverse weather, ensuring stable transmission efficiency and durability over time while minimizing energy losses.

Low-loss, heat-resistant conductors are electrical wires designed for efficient operation in high-temperature environments while maintaining conductivity. Made from heat-resistant materials with specialized insulation, they minimize energy loss during transmission. Ideal for heavy industrial applications and high-temperature equipment, these wires ensure stable electrical transmission and energy savings in harsh conditions.

A bare conductor is an uninsulated electrical wire, usually made from aluminum or copper, used mainly in overhead power transmission. It is cost-effective, has high transmission capability, and is easy to install, but requires strong support and insulation for safety.