Tin-Plated Copper Lug 3/0GA 3/8"
Tin-Plated Copper Lug 3/0GA 3/8"
SKU:CL3038
Regular price
$3.15 USD
Regular price
Sale price
$3.15 USD
Unit price
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per
- Price per piece
- Order any quantity
Proudly MADE IN USA
Wire Size: 3/0GA
Stud Size: 3/8"
Product features
Product features
- Corrosion-Resistant Tin Plating: Our tin-plated copper lugs provide exceptional protection against corrosion, making them ideal for use in harsh environments.
- Crimp or Solder for Versatility: These lugs can be crimped or soldered, offering flexible installation options for a secure, long-lasting connection.
- Burr-Free Design: Precision-engineered to be burr-free, ensuring a clean, professional finish and safe handling during installation.
- UL Listed for Safety: Our lugs are UL listed, meeting stringent safety and quality standards for high-power electrical connections.
- Compatible with Solder Slugs: Easily used with solder slugs for those preferring soldering in critical applications.
Applications
Applications
- Automotive Systems: Use our tin-plated copper lugs to connect battery cables to starters, alternators, and ground points for secure, high-power electrical connections in vehicles.
- Marine Applications: Perfect for wiring boat engines, battery systems, and electrical panels, these lugs resist corrosion in harsh marine environments.
- Industrial Equipment: Suitable for heavy machinery and power distribution systems, ensuring reliable, high-current connections in industrial settings.
- Renewable Energy: Ideal for connecting solar panels, wind turbines, and battery storage systems in renewable energy projects.
- Electrical Panels: Designed for use in switchgear, power distribution boxes, and grounding setups in both commercial and residential applications.
Materials
Materials
Our tin-plated copper lugs are constructed from high-quality copper, providing excellent electrical conductivity and performance. The copper is coated with a layer of tin, enhancing its resistance to corrosion and oxidation, making these lugs suitable for use in harsh environments.