Vibrant Performance 25815 Heat Protect Flexible Sleeving, 5/8 in ID, 5 ft, Black

Protect hoses, wiring, and other components from damaging heat with Vibrant Performance Part Number 25815 Heat Protect Flexible Sleeving. This black sleeve combines a silicone outer layer with a fiberglass core to provide a flexible, durable barrier for demanding automotive, motorsport, industrial, and custom installation applications. The 5/8-inch inside diameter accommodates compatible hose and wire assemblies while the 5-foot length supports practical installation and trimming needs.
Feature: Silicone and fiberglass construction helps shield enclosed components from elevated temperatures, radiant heat, and incidental contact with hot surfaces. The flexible design conforms around bends and irregular routing paths, making it useful for organizing and protecting wiring harnesses, hoses, and cables in confined spaces.
Feature: Black finish provides a clean, professional appearance and blends easily with engine compartments and custom builds. The sleeve can be trimmed to suit the application, allowing users to create tailored protection without unnecessary excess material. Always verify clearance, routing, and application temperature requirements before installation.
Vibrant Performance 25815 Heat Protect Flexible Sleeving is supplied as one 5-foot section and is designed for straightforward installation in performance vehicles, utility vehicles, fabrication projects, and equipment builds. It offers a dependable solution for reducing heat exposure while helping keep critical lines and wiring protected, organized, and visually finished.

Features:

• 5/8-inch inside diameter fits compatible hoses, wires, and cable assemblies

• 5-foot sleeve length can be trimmed for a customized installation

• Silicone and fiberglass construction provides flexible heat protection

• Black finish delivers a clean, professional appearance

• Suitable for automotive, motorsport, industrial, and custom fabrication applications

• Flexible design conforms around bends and irregular routing paths