iGreely 2 /0 Gauge Battery Cable with 5 /16 inch Terminals, 2 FT Pure Copper Welding Inverter Cables for Automotive RV Solar Marine Truck (Red + Black Pair)

Features

• Heavy Duty Safe Battery Cables: This 2/0 AWG battery cable is made of 2147 strands of 0.2mm AS copper wire, 5/16'' ring terminal at each end (already crimped). The cable is an ultra flexible pure copper cable manufactured with a tough, solvent resistant insulation. Please refer to the photo gallery for a cable specification chart (stranding, voltage, insulation and copper thickness, etc.)
• Reliable and Easy to Use: The copper battery lugs with heavy duty construction, pure copper has good stability, which improves the oxidation resistance of copper and maintains its conductivity better. Cable lug utilizes a closed end design to protect cable from outdoor environment (i.e. moisture, acid, and solvents). High standard flared opening for easy wire insertion. Cable lugs can be crimped or soldered
• Flexible EPDM Insulation Jacket: Flexible EPDM rubber insulation of battery cables resists abrasion, waterproof and moisture proof, flame retardant and heat insulation, and withstands the rigors of an automotive or marine environment
• Wide Applications: iGreely pure copper battery cable works with heat shrink tubing which are safe and reliable, suitable for distribution box, golf carts, solar panels, marine, home applications, vehicle, motorcycle, diy electrical wirings and other outdoor applications
• Multiple Gauge Options Available: iGreely battery wires comes in 2/0, 1/0, 2, 4, 6, 8 AWG gauge. Save time and money by purchasing all components in one product listing with 24/7 after-sale support for any quality or product questions
• Pre-Crimped Ring Terminals: Each cable end features pre-installed 5/16 inch ring terminals that are already crimped for immediate installation, eliminating the need for additional tools or crimping work during setup
• Pure Copper Construction: Made with ultra-flexible pure copper strands that provide superior electrical conductivity and durability compared to copper-clad aluminum alternatives, ensuring optimal power transfer for high-demand applications