Hose Fitting #10 90 Deg to 1/2in MPT Black

The Hose Fitting #10 90 Deg to 1/2in MPT Black (SKU: FRG199010-BL) by FRAGOLA is a precision hydraulic adapter engineered for high-performance automotive applications where reliable fluid transfer is non-negotiable. Built for custom fuel, coolant, and brake system builds, this 90-degree hose fitting connects 10 AN hose to 1/2 inch NPT male ports, making it ideal for engine bay routing in tight spaces where straight fittings won't fit. Whether you're fabricating a fuel system for a turbocharged engine swap, upgrading brake lines for track duty, or designing a custom cooling circuit, this fitting delivers the durability and leak-free performance that separates professional work from amateur installations.

Machined from aluminum and finished in black anodize, the Hose Fitting #10 90 Deg to 1/2in MPT Black resists corrosion while maintaining a clean appearance under the hood. The 90-degree design allows hose runs to change direction without kinking or crushing, preserving line integrity and system pressure during full throttle operation or sustained load conditions. FRAGOLA's 3000 Series reputation stems from tight tolerances and consistent threads that prevent weeping and pressure loss—critical factors when fuel or coolant reaches your engine at precise rates. At just 0.21 lbs, the minimal weight adds nothing to your build while the compact 3.45 x 1.15 x 3.8 inch footprint fits into engine bays where space is measured in fractions of an inch.

Mechanics and fabricators routinely specify FRAGOLA fittings for EFI fuel system conversions, LS engine swaps, and custom cooling lines where OEM ports don't align with modern plumbing design. The NPT male connection threads directly into block ports, manifolds, and aftermarket adapters without additional reducers, streamlining installation and reducing failure points. Use this fitting wherever a 10 AN line must meet a 1/2 inch NPT port at a 90-degree angle—ideal for tight engine compartments, transmission cooler lines, and auxiliary systems where route geometry demands directional changes and durability demands zero compromise.