Copper Ring Lug 16mm

Copper Ring Lug 16mm

Reliable Ring-Type Copper Lug for Secure Electrical Termination

The Copper Ring Lug 16mm is a high-quality electrical connector designed for safe and efficient termination of 16 sq mm copper conductors. Featuring a closed ring tongue design, this lug provides a strong mechanical connection and stable electrical contact, making it ideal for control panels, distribution boards, and industrial wiring.

Manufactured from high-purity electrolytic copper and typically tin-plated for corrosion resistance, the Copper Ring Lug 16mm ensures excellent conductivity, low contact resistance, and long service life. Its precision-formed barrel allows easy cable insertion and strong crimping, resulting in a secure and vibration-resistant connection.

Key Features of Copper Ring Lug 16mm

• Suitable for 16 sq mm copper cables

• Made from high-conductivity electrolytic copper

• Tin-plated surface for corrosion and oxidation resistance

• Ring-type tongue for secure bolted connection

• Smooth barrel entry for easy crimping

Benefits for Electrical Installations

The Copper Ring Lug  ensures reliable current flow with minimal power loss, helping improve overall system efficiency. Its ring design prevents accidental loosening, making it suitable for applications where vibration or movement is present.

The durable construction supports frequent use in industrial and commercial environments, while the corrosion-resistant finish ensures long-term performance even in demanding conditions.

Typical Applications

• Power distribution and control panels

• Motor control centers (MCCs)

• Industrial machinery wiring

• Battery and inverter connections

• Commercial and residential electrical installations

Value Proposition

The Copper Ring Lug  offers a durable, reliable, and cost-effective solution for terminating medium-size copper cables. It supports safe electrical connections, reduces maintenance needs, and meets the requirements of electricians, panel builders, and maintenance professionals across India.