Pushlock Hose End Black 150 Deg Elbow -12

The Pushlock Hose End Black 150 Deg Elbow -12 from ALLSTAR PERFORMANCE is a critical fluid-routing component for custom automotive cooling, fuel, and brake system installations. Designed for builders and mechanics who demand precision in high-performance engine modifications, this elbow connector simplifies complex plumbing layouts where space constraints or component placement requires directional changes. Whether you're building a custom cooling circuit, routing fuel lines in a tight engine bay, or creating a custom brake line assembly, this hose end delivers reliable pressure-rated connections without the bulk of traditional fittings.

The 150-degree elbow geometry allows sharp directional changes while maintaining flow efficiency, and the pushlock design enables quick assembly and disassembly without specialized tools—a significant advantage during engine bay rework or troubleshooting. The black finish resists corrosion and blends seamlessly with modern engine dress-up builds. The -12 sizing (3/4-inch nominal diameter) accommodates substantial flow rates typical in forced-induction cooling systems, supercharger intercooler piping, or heavy-duty fuel delivery applications. ALLSTAR PERFORMANCE's commitment to precision engineering ensures consistent wall thickness and pressure ratings across repeated use cycles, critical in motorsport and street-performance environments where vibration and thermal cycling stress connections.

This elbow excels in custom cooling system builds, LS swaps, turbo and supercharger installations, and fabricated fuel systems where OEM routing won't suffice. Mechanics and engine builders appreciate the compact footprint (under a quarter pound) that doesn't add unnecessary weight to the engine bay, and the reliable pushlock mechanism eliminates the need for hose clamps in high-vibration applications. Compatibility spans virtually all -12 hose and tubing standards; verify your existing line diameter and pressure rating before installation to ensure optimal seal and longevity.