The Gallagher High Strain Insulator Kit is designed for high-tensile electric fence corners, ends, and other high-strain points where a strong, dependable insulated connection is essential. The kit helps securely terminate or redirect high-tensile wire while keeping the energized wire electrically isolated from the fence post.
Built for permanent electric fencing, Gallagher high-strain components are ideal for livestock and grazing systems where fence wires are maintained under significant tension.
Key Features
Designed for High-Strain Areas: Ideal for fence corners, ends, and termination points where wire tension is greatest.
High-Tensile Fence Ready: Designed for use with compatible high-tensile electric fence wire.
Reliable Electrical Insulation: Keeps energized wire isolated from posts and brace assemblies to help prevent shorts and voltage loss.
Corner & End Applications: Provides a secure insulated attachment where fence wire terminates or changes direction.
Heavy-Duty Construction: Built to withstand the demands of properly tensioned permanent fence systems.
Complete Kit: Provides compatible components needed for a high-strain insulated fence connection.
Gallagher Quality: Designed for dependable, long-term agricultural electric fence applications.
Specifications
Brand: Gallagher Product Type: High Strain Insulator Kit Application: High-Tensile Electric Fencing Recommended Locations: Corners, Ends & Termination Points Fence Type: Permanent Electric Fence Sold As: Kit
Common Applications
High-tensile electric fencing
Corner post assemblies
End post assemblies
Fence termination points
Perimeter fencing
Cross fencing
Cattle and livestock fencing
Permanent grazing infrastructure
Use Summary
The Gallagher High Strain Insulator Kit provides a strong and dependable solution for insulating high-tensile electric fence wire at corners and end assemblies. Designed for locations that experience significant wire tension, it helps maintain both the structural integrity and electrical performance of a permanent fence system.
