SOLDER LUG – SIZE 6 TO 2

The SOLDER LUG – SIZE 6 TO 2 is designed for secure and long-lasting connections in light to medium-duty applications. Made from annealed copper alloy for maximum conductivity, this solder lug ensures reliable performance by creating a permanent, soldered connection. Its compatibility with cables ranging from size 6 to 2 makes it versatile for a range of electrical and welding setups, providing a stable and efficient connection for smaller cables. Built for long life, this solder lug is an excellent choice for professionals needing dependable connectivity in industrial, automotive, and utility applications.

Features:

• Solder-On Style: Designed for secure, permanent connections with easy solder-on installation, ensuring maximum conductivity.
• Annealed Copper Alloy: High-conductivity construction resists corrosion and enhances durability.
• Size Compatibility: Fits cables from size 6 to 2, offering flexibility for various applications in light to medium-duty tasks.
• Efficient Design: Provides a strong, durable connection ideal for smaller cables.

Markets:

• Electrical Work: Ideal for light-duty connections in electrical wiring and installations.
• Automotive Repair: Suitable for automotive connections where secure, permanent lugs are necessary.
• Manufacturing: Useful in production settings requiring reliable connections for equipment wiring.
• Utility Services: Perfect for utility applications that require stable, soldered connections in field equipment.
• Construction: Great for on-site wiring tasks where light to medium-duty connections are essential.

Specifications:

• Type: Solder-On Lug
• Material: Annealed copper alloy
• Cable Size Compatibility: Size 6 to 2

The SOLDER LUG – SIZE 6 TO 2 provides a dependable, high-conductivity solution for professionals needing efficient and permanent connections for smaller cables. With its durable copper alloy construction, this lug is suited to a variety of industrial and automotive applications, ensuring consistent performance and reliability in any setting.