'aluminium cable lug'

Dollex Bimetallic Lugs are specialized electrical connectors designed for reliable joining of copper and aluminum conductors. Made with a bimetallic construction, these lugs prevent galvanic corrosion and ensure excellent electrical conductivity and mechanical strength. Available in various sizes to accommodate different cable gauges, Dollex Bimetallic Lugs provide secure, durable connections—ideal for power distribution, industrial wiring, and control panel applications.

Dollex Copper and Aluminium Barrels are premium-quality connectors designed for efficient electrical cable termination and joining. Made from high-conductivity copper and lightweight aluminium, these barrels ensure excellent electrical performance and corrosion resistance. Available in various sizes to suit different cable gauges, Dollex barrels offer easy installation and secure connections—ideal for industrial, commercial, and residential electrical wiring applications.

The Dollex Cable Tie Gun is a professional tool designed for precise tensioning and cutting of cable ties. Featuring adjustable tension settings and an ergonomic handle, it ensures secure bundling without damaging cables. Suitable for electricians, installers, and maintenance technicians, this durable tool enhances efficiency and safety by providing clean, consistent cuts and preventing overtightening—making cable management faster and more reliable.

Dollex Steel Cable Ties offer superior strength and durability for heavy-duty bundling and securing applications. Made from high-grade stainless steel, these ties resist corrosion, heat, and harsh environmental conditions, making them ideal for industrial, marine, and outdoor use. With easy installation and a secure locking mechanism, Dollex Steel Cable Ties provide reliable, long-lasting performance for demanding cable management needs.

Dollex White and Black Cable Ties are durable and versatile fastening solutions for bundling wires, cables, and hoses. Made from high-quality nylon, these cable ties offer strong tensile strength, flexibility, and resistance to UV, chemicals, and abrasion. Available in various lengths and thicknesses, they ensure secure, neat, and organized installations in electrical, industrial, and outdoor applications.

The 63A 5PIN Plug & Socket are robust electrical connectors designed for high-current applications. With a 63-amp capacity, these connectors ensure reliable and safe power distribution. They feature five pins for secure connections and are commonly used in industrial settings, ensuring durability and efficiency in power transfer.

Dollex Ring Type Terminals provide secure and reliable wire connections with their closed-loop design, ensuring a stable and vibration-resistant termination. Manufactured from high-quality conductive materials, these terminals offer excellent electrical conductivity and mechanical durability. Available in various sizes and suitable for multiple cable gauges, Dollex Ring Type Terminals are ideal for use in control panels, automotive, industrial, and electrical wiring applications.

Dollex Fork Type Terminals offer secure and easy wire termination with their fork-shaped design, allowing quick connection and disconnection without removing screws. Made from high-quality conductive materials, these terminals ensure excellent electrical performance and mechanical strength. Available in various sizes and compatible with different cable gauges, Dollex Fork Type Terminals provide reliable, durable connections ideal for control panels, automotive, and industrial wiring applications.

Dollex Pin Type Terminals are high-quality electrical connectors designed for secure and efficient wire termination. Manufactured with durable, conductive materials, these terminals provide excellent electrical conductivity and mechanical stability. Available in various pin sizes and compatible with multiple cable gauges, Dollex Pin Type Terminals ensure easy installation and long-lasting performance—ideal for control panels, automotive wiring, and industrial electrical applications.