Ancor White 16 AWG Tinned Copper Wire - 100'

Ancor White 16 AWG Tinned Copper Wire – 100' is a marine-grade electrical conductor engineered to withstand the corrosive saltwater environment where standard wiring deteriorates rapidly. Built to exceed UL 1426 and ABYC standards, this tinned copper wire resists oxidation and maintains consistent conductivity in harsh marine conditions, making it the preferred choice for boat electrical systems, offshore fishing vessels, and coastal watercraft where reliability cannot be compromised.

The 16 AWG (American Wire Gauge) specification delivers adequate amperage capacity for standard 12-volt marine circuits while maintaining flexibility for routing through tight engine compartments and cabin spaces. Tinned copper construction—where copper is coated with a layer of tin—provides superior corrosion resistance compared to bare copper, a critical advantage for systems exposed to salt spray and moisture. The 100-foot spool length covers most rewiring projects on smaller vessels and repair work on larger hulls, eliminating the need to purchase oversized spools for targeted installations.

This wire suits weekend fishermen upgrading accessory circuits, serious offshore anglers installing new electronics and navigation equipment, and boaters performing preventative electrical system maintenance. Whether replacing corroded cabin wiring, running new bilge pump circuits, or installing underwater lighting systems, 16 AWG tinned copper wire handles the demands of marine duty cycles. The white jacket provides visibility during installation and troubleshooting, simplifying future electrical work on your vessel.

Marine electrical standards demand wiring that survives constant exposure to salt air, moisture infiltration, and vibration from engine operation. Ancor's compliance with ABYC (American Boat and Yacht Council) specifications ensures this wire meets the safety and performance requirements established for recreational and professional marine vessels. Proper marine wiring prevents electrical fires, battery drain, and equipment failures—the true cost of inferior conductors becomes apparent only after failure occurs at sea.