A Bimetal lugs combine copper and aluminum to optimize conductivity and corrosion resistance.  They eliminate galvanic corrosion risks at copper-aluminum junctions, ideal for renewable energy systems (e.g., solar farms) or industrial grids.  Our bimetal lugs feature friction welding, pre-filled conductive grease, and IEC 61238-1 certification for 25+ year service life.

A Copper lugs offer superior conductivity for high-current applications like EV charging stations, while aluminum lugs are lightweight and cost-effective for aerial power lines.  For hybrid systems, bimetal lugs ensure seamless transitions.  Consider environmental factors—copper suits humid areas, while aluminum requires anti-oxidation coatings for coastal use.

A Prioritize UV-resistant materials (e.g., galvanized steel clamps) and ensure proper tensioning to prevent sagging.  Use torque-controlled tools for connectors to avoid overtightening.  For coastal zones, select accessories with salt-spray certification (ASTM B117) and inspect annually for corrosion.

A We offer flexible MOQs, starting at 500 units for standard designs and 1,000 units for fully customized products.  Bulk orders (10,000+ units) reduce costs by up to 35%.

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A Absolutely.  Our products meet IEC 61238-1 (connectors), DIN 46329 (crimping), CE and ISO.

A Yes, but ensure the lug’s aluminum sleeve matches the cable’s alloy grade (e.g., 8030 or 8176).  Our ODM team can adjust sleeve thickness and crimping patterns to prevent cold flow issues.

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