Copper Lug 95mm

Copper Lug 95mm

Heavy-Duty Copper Lug for High-Current Cable Termination

The Copper Lug 95mm is a reliable electrical connector designed for secure and efficient termination of 95 sq mm copper conductors. Built for medium to high-current applications, this lug ensures strong mechanical crimping and excellent electrical conductivity, making it suitable for industrial power systems, control panels, and power distribution installations.

Manufactured from high-purity electrolytic copper and typically tin-plated for corrosion resistance, this copper lug provides low contact resistance and long service life. Its precision-formed heavy-duty barrel allows smooth cable insertion and firm crimping, resulting in a secure, vibration-resistant electrical connection.

Key Features of Copper Lug 95mm

• Suitable for 95 sq mm copper cables

• Made from high-conductivity electrolytic copper

• Tin-plated surface for corrosion and oxidation resistance

• Heavy-duty barrel design for strong and secure crimping

• Smooth entry for easy cable insertion

Benefits for Electrical Installations

The Copper Lug 95mm helps maintain stable current flow while reducing power loss and heat generation. Its solid construction minimises the risk of loose connections, improving overall system safety and reliability.

Designed for demanding industrial and outdoor environments, this lug ensures consistent performance under load and vibration. The corrosion-resistant finish enhances durability and reduces maintenance requirements.

Typical Applications

• Power distribution panels and busbars

• Switchgear and control panels

• Industrial power systems

• Generator, transformer, and UPS connections

• Infrastructure and utility projects

Value Proposition

The Copper Lug  offers a durable, reliable, and cost-effective solution for terminating medium to large copper cables. It ensures secure electrical connections, high conductivity, and dependable long-term performance—making it a practical choice for electricians and power professionals across India.