PPE 578013001 HEAT SLEEVE SILICONE FGW 3.0 INCH X 1 FOOT

High-horsepower engines create excessive amounts of heat. Protect all your sensitive hoses, wires and cables from heat damage with PPE Heat Sleeves. Made from silicone-coated, woven fiberglass material, these sleeves are capable of withstanding 500 degrees on a consistent basis, with short excursions to 2200 degrees.

Heat Sleeves should be used anywhere sensitive items, such as vacuum/boost lines, fuel lines, electrical wiring, or coolant hoses come in contact with (or are in close vicinity to) hot engine parts, such as intercooler tubing, exhaust pipes, turbo housings or certain electrical modules.
Details:

• Sil FGW 3 inch x 1 Foot
• Woven Fiberglass
• Silicone Coated
• Capable of withstanding 500 degrees on a consistent basis
• Short excursions to 2200 degrees

Protect your investment and enhance performance with the PPE 578013001 Heat Sleeve Silicone FGW. Designed to shield sensitive hoses, wires, and cables from the damaging effects of extreme heat generated by high-horsepower engines, this heat sleeve is an essential component for any serious automotive enthusiast.

Crafted from premium silicone-coated, woven fiberglass, the PPE Heat Sleeve is engineered to endure temperatures of up to 500 degrees consistently, with the remarkable ability to survive short bursts of heat reaching 2200 degrees. Its durability and heat resistant properties make it perfect for environments where hoses, electrical wiring, and coolant lines are in close proximity to scorching engine components such as intercooler tubing, turbo housings, and exhaust pipes.

• Size: 3 inch x 1 foot
• Material: Woven Fiberglass
• Silicone Coated for enhanced durability
• Temperature Resistance: 500 degrees continuous
• Short-term heat resistance up to 2200 degrees

Elevate your vehicle's reliability and longevity by investing in the PPE 578013001 Heat Sleeve Silicone FGW. Ensure your engine components remain protected and prolong their lifespan with a product built for high performance and superior heat management.