Copper Lugs and Links

A range of 99.9% copper, seamless compression connectors to Australian standards. Copper Lugs available for copper cable terminations to 630mm² and a selection of Bell Mouth lugs for multi-strand automotive and welding cables. Red2Go supply Long Palm lugs that allow installers to drill 2 or more stud holes for RF and telecommunications grounding applications, the barrels are longer than standard for a high strength bond and low termination resistance. We also stock Copper Links, (cable splice or butt joints), to 630mm². All connectors are formed, annealed, and electro tin plated.

Tinned Copper Lug to Australian Standard Use Australian Standard Copper Compression Tooling  Australian Standard Tinned Copper Compression Links

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4mm² Copper Splice Link

$0.22


Comprehensive Range of Copper Cable Terminations and Butt Links

Our core electrical line features heavy-duty copper lugs designed specifically for high-power distribution systems up to 630mm², providing electrical contractors with uncompromising cross-sectional conductivity. Our selection of bell mouth lugs serves as the ideal choice for multi-strand automotive and welding cables. The precision flared entry profile of the bell mouth barrel prevents individual wire strands from catching, bending, or fraying upon insertion, ensuring maximum surface contact and significantly faster installation times on high-current vehicle battery and starter cables. For specialised industrial infrastructure and earthing networks, Red2Go provides high-strength long palm lugs engineered for critical RF and telecommunications grounding applications. The extended length of the flat palm grants installers the necessary real estate to custom-drill two or more stud holes to seamlessly match complex equipment layouts and multi-hole grounding configurations. These specialized variants feature significantly elongated barrels compared to standard alternatives, guaranteeing a high-strength mechanical bond alongside exceptionally low termination resistance. To complete your system wiring requirements, we also stock copper links designed for inline cable splices and secure butt joints. Because these butt splices undergo the identical precision forming, meticulous annealing, and uniform electro-tin plating processes as our premium terminal lugs, you can ensure that your entire inline continuity match remains safely uncompromised throughout its operational lifespan.

 

Frequently Asked Questions

Which certifications do HellermannTyton copper connectors hold?
All HellermannTyton cable lugs and links supplied by Red2Go comply with Australian and New Zealand standards AS/NZS 4325 Part 1:1995 and are REACH compliant. To ensure maximum performance, they are manufactured from 99.9% oxygen-free pure copper, and heat cycle test reports are available upon request.

What is the benefit of choosing HellermannTyton long palm lugs over standard lugs?
HellermannTyton long palm lugs feature an extended flat surface profile and a longer barrel designed to meet the rigorous demands of RF and telecommunications grounding applications. This extra blank space allows installers to drill two or more custom stud holes to match specific equipment setups, while the elongated barrel ensures a high-strength mechanical bond.

Can HellermannTyton bell mouth lugs be used with standard industrial power cables?
While they can accommodate standard power cables, they are explicitly designed to funnel fine-stranded, highly flexible conductors like those used in automotive, marine, and welding cables. The flared entry profile prevents wire strands from catching or bunching upon insertion, accelerating assembly times and maintaining full electrical conductivity.

What is the size range of HellermannTyton inline links?
Our high-conductivity standard copper links and reducing links support standard metric cable sizes 1.5mm² to 630mm². Every link undergoes the exact same manufacturing, annealing, and 5-10 micron tinning process as the terminal lugs to safeguard straight-line repairs or circuit extensions against cracking and environmental failure.