Timeless Fence Maximum Voltage Polywire

The Maximum Voltage Polywire is designed to provide optimal performance and durability for medium-length temporary fencing. Featuring nine strands of 0.20mm premium stainless steel conductors, this poly wire ensures excellent conductivity and long-lasting use, making it ideal for creating secure and effective electric fences.

This poly wire is thoughtfully available in two convenient lengths"”1,320 feet and 2,640 feet"”catering to various fencing applications. This flexibility and reliability ensure that your specific fencing needs are met. Its low resistance of 4,400 Ohms enhances electrical efficiency, ensuring a powerful charge is maintained along the entire fence line.

Key Features:

• High Conductivity: Equipped with nine strands of 0.20mm stainless steel conductors, providing superior electrical conductivity.
• Durable Construction: Made from premium materials that withstand the elements and ensure long-lasting performance.
• Optimal for Temporary Fencing: This product is for multiple purposes. It's ideal for medium-length temporary fencing, providing a versatile solution for a range of applications. This versatility ensures that you get the most out of your investment.
• Low Resistance: A resistance of only 4,400 Ohms ensures efficient power distribution across the fence.
• Flexible Length Options: Available in 1,320-foot (549-MV) and 2,640-foot (589-MV) rolls, this product caters to different fencing needs.

Applications:The Maximum Voltage Polywire is ideal for farmers, ranchers, and property owners who need a reliable and efficient solution for temporary electric fencing. It is perfect for rotational grazing, temporary livestock containment, and protecting crops from wildlife. The high visibility and easy installation make it a preferred choice for temporary setups that require frequent adjustments and relocations.

Invest in the Maximum Voltage Polywire for a dependable and efficient temporary fencing solution that offers superior conductivity, durability, and flexibility.