CABAC BI-METAL LUG 400MM2-STD12MM TIN PLATED BL400-12TP

Description

Built for High-Performance Terminations

Designed for demanding trade environments, this bi-metal lug delivers a strong, electrically sound connection between aluminium conductors and copper terminals or busbars. Manufactured using a friction welding process, it forms a robust joint that stands up to high current applications and tough site conditions. The crimp-from-palm-end design forces compound deep into the conductor strands, helping reduce resistance and improve long-term performance on critical connections.

Reliable, Consistent, Trade-Ready Design

Built with reliability front of mind, the barrel comes pre-filled with crimping compound and sealed with a protective cap to minimise oxidation and improve connection integrity. Clearly marked crimping positions (AF) on the barrel help ensure correct installation every time, reducing rework and the risk of failures during commissioning or inspection. This consistent design supports compliant installations where dependable terminations matter.

Made for Efficient On-Site Installation

Engineered for working electricians, this lug supports faster, more confident installs on commercial and industrial jobs. The clear markings and compound-filled barrel streamline the crimping process, saving time on site and helping keep projects on schedule. Ideal for contractors who value proven components that install cleanly, perform reliably, and reduce call-backs.

Key Specs

• Manufactured using friction welding process

• Suitable for aluminium conductor and copper terminals or busbar

• Crimp from palm end to force compound into conductor strands

• Crimping compound in barrel, sealed with cap

• Crimping positions (AF) clearly marked on barrel

Ideal For

• Licensed electricians working on commercial or industrial installations

• Aluminium to copper terminations on switchboards and busbars

• Maintenance teams performing upgrades or replacements

• Contractors needing reliable, repeatable crimp connections on site