#8 60-Deg Crimp Hose Fitting

The #8 60-degree crimp hose fitting from FRAGOLA is a precision-engineered component engineered for professionals and serious enthusiasts building or modifying fuel systems, brake lines, and custom hydraulic circuits. This fitting type is essential when you need a reliable, leak-free connection that can handle sustained pressure without slippage or vibration-induced failure. Whether you're designing a custom fuel delivery system for a high-performance engine, upgrading brake lines on a track car, or fabricating a complete hydraulic control setup, the 60-degree angle geometry allows for compact routing in tight engine bays while maintaining optimal flow characteristics.

FRAGOLA's crimp-style fitting design relies on a mechanical interference fit created by deforming the hose ferrule under controlled pressure, eliminating dependency on threaded connections or O-rings that can degrade over thermal cycles. The #8 designation refers to the hose size (1/2-inch nominal inner diameter), and the 60-degree angled configuration enables multiple fittings to coexist in confined spaces without cross-threading or binding. The compact 1.65-inch length and lightweight construction (0.09 lbs) make these fittings ideal for weight-conscious builds, while the precision-machined geometry ensures consistent pressure ratings and eliminates micro-vibrations that damage inferior hose assemblies over extended highway or track use.

Mechanics and fabricators favor FRAGOLA crimp fittings for fuel systems in turbocharged and supercharged applications where pressure spikes and temperature fluctuations demand absolute reliability. Installation requires a proper crimper tool—never attempt hand-crimping or improvised methods, as under-crimped fittings will fail catastrophically under load. This #8 60-degree fitting integrates seamlessly with standard -8 hose (SAE J30R7 or equivalent) and pairs with FRAGOLA adapters, tees, and manifolds throughout your system. Always verify hose pressure ratings match your system's peak operating pressure, and inspect crimped connections before first run to confirm proper deformation and seated ferrule integrity.