ExtremeShield 1200 Flexi ble Tubing 1in x 5ft

The VIBRANT PERFORMANCE ExtremeShield 1200 Flexible Tubing is a 1-inch ID heat sleeve engineered to protect hoses, wiring, and fuel lines from extreme thermal exposure in high-performance engine bays. This 5-foot length of aluminized fiberglass construction provides reliable heat shielding in applications where underhood temperatures reach critical levels, making it essential for race engines, modified vehicles, and custom installations where proximity to exhaust components is unavoidable.

The one-inch inside diameter accommodates standard fuel line sizes and wiring bundles commonly found in performance and OEM applications. The aluminized fiberglass composite construction combines thermal barrier properties with flexibility—critical for routing around tight engine compartment geometry without kinking or cracking. The silver exterior finish aids in heat reflection, reducing radiant temperature transfer to protected components. At just 0.28 lbs, the tubing adds minimal weight while delivering substantial thermal protection, with each 5-foot section offering enough coverage for single-hose runs or bundled wire protection in mid-engine configurations.

This product is suited for motorsports enthusiasts, engine builders, and technicians fabricating custom fuel systems or harnesses in vehicles with limited underhood space or exposed exhaust routing. It's equally applicable in marine engine installations where heat management prevents fuel line degradation and in industrial applications requiring tubing protection from radiant sources. The flexible tubing design allows installation after hoses are routed, eliminating the need for hose disconnection during retrofit applications.

Heat sleeve protection is a foundational element of professional engine bay preparation. Unlike rigid conduit, flexible tubing accommodates vibration and thermal expansion without imposing installation constraints. VIBRANT PERFORMANCE's ExtremeShield 1200 series is recognized in performance automotive circles for consistent construction quality and reliable thermal performance across a range of extreme conditions.