Ensure the safety and efficiency of your electronic fence system with this high-quality Electronic Fence High Voltage Wire, expertly designed with a 2.5mm² alloy core and double-layer insulation for superior protection. Crafted with a silicone insulation sleeve and a multi-strand 7-core alloy wire inner core, this high voltage wire delivers reliable pulsed high voltage transmission while providing exceptional durability and resistance to environmental factors. Key Features: · **High Voltage Protection**: Features a 2.5mm² alloy core double-layer insulation design that effectively prevents electric shock risks, offering enhanced security and protection for your electronic fence system. · **Stable and Reliable Performance**: The silicone insulated sleeve combined with a robust alloy wire core resists damage and wear, supporting a maximum voltage of up to 15KV and ensuring dependable current delivery. · **Strong Durability**: Designed with a high tensile strength exceeding 40KG and multi-strand 7-core wire construction, this high voltage wire ensures consistent and stable operation of pulsed high voltage circuits. · **Long-Lasting Outdoor Use**: Made with premium alloy core and anti-aging silicone sleeve material suitable for various outdoor environments, providing long-term resistance to cracking, weathering, and damage. · **Versatile Applications**: Ideal for use not only in anti-theft alarm fences but also widely applicable in agriculture, animal husbandry, gardens, and other fields, offering a versatile solution for secure and efficient fencing needs. Specifications: · Material: Silicone Insulation Sleeve, Alloy Wire Core · Wire Diameter: Approx. 5mm (0.2in) · Wire Core: Multi-strand 7 core alloy wire · Maximum Voltage: 15KV · Tensile Strength: > 40KG Package Includes: · 1 x Electronic Fence High Voltage Wire This Electronic Fence High Voltage Wire combines high voltage insulation, durable materials, and strong tensile strength, making it an essential component for maintaining a secure and reliable electronic fence system in various demanding environments.