Electric Fence Wire, Thick & Highly Conductive Tinned Copper, 1/4inX1000FT | 40X more conductivity than standard stainless steel, Tinned Copper Strands, Ideal for Temporary Pastures & Livestock Fencing

About this item

• Superior Conductivity: Equipped with 4 THICK & HIGHLY CONDUCTIVE tinned copper strands (0.4mm each), this electric fence wire delivers 40X more conductivity than standard stainless steel polyrope. Compatible with most common electric fence insulators and chargers, it ensures powerful and reliable current flow for effective livestock control
• Ultra Strong Construction: Woven with PVC-coated high-density fiberglass, the rope reaches 900 lbs breaking strength - up to 6X stronger than regular fence wires. With a 1/4 inch (6mm) diameter, it offers both flexibility and toughness for long-lasting field use
• Easy Installation and Animal Safety: Lightweight and user-friendly, it can be quickly set up, spliced, or repaired directly in the field. Clear instructions are printed on the product label for hassle-free installation. Designed with a maximum resistance of 50 mOhm/1m rope to maintain stable electrical flow, ensuring reliable performance while delivering a mild, non-harmful shock that guides animals without causing injury
• Weather-Resistant Durability: Designed for outdoor performance, this rope is UV-protected, corrosion-resistant, and anti-rust, maintaining strength and integrity in all weather conditions. Reusable and resistant to wear, it is built for years of reliable service
• High Visibility Design: Designed with bright, noticeable strands that are highly visible to horses and other animals, helping them recognize the boundary clearly and discouraging attempts to push through or cross the fence, ensuring safer containment and reduced accidents
• Versatile Application: Suitable for temporary pastures and equine containment livestock, this 1000 ft electric fence wire provides flexible fencing solutions for various farm and ranch configurations while maintaining consistent electrical performance throughout its length