Upgrade your assembly with our Imperial Titanium 12-Point Flange Nuts, engineered specifically for high-load, space-constrained, and extreme-environment applications. Forged from aerospace-grade Ti-6Al-4V (Grade 5) titanium alloy, these nuts deliver an exceptional strength-to-weight ratio—providing the tensile strength of high-grade steel at 43% less weight.
The 12-point (double hex) profile allows for greater torque transmission with reduced wrench clearance, making it the ideal fastening solution for high-performance automotive, racing, aerospace, and custom engineering projects.
Key Features & Benefits
1.Aerospace-Grade Ti-6Al-4V (Grade 5) Construction: Offers extreme tensile strength (≥ 895 MPa) along with superior fatigue resistance.
2.43% Weight Reduction: Significantly lowers unsprung and rotational mass compared to standard steel hardware without compromising structural integrity.
3.High-Torque 12-Point Profile: Features a double-hex design that increases surface contact area with socket tools, reducing the risk of rounding under maximum clamping load.
4.Compact Footprint: Perfect for tight clearances where conventional 6-point hex sockets cannot fit or operate efficiently.
5.Integrated Flange Base: Distributes clamping pressure evenly across a larger surface area, eliminating the need for a separate washer and preventing surface damage to mating parts.
6.Corrosion & Chemical Resistant: Naturally forms a protective oxide layer, providing complete resistance to salt water, harsh chemicals, and atmospheric oxidation.
7.Precision Rolled Imperial Threads: Formed through thread rolling rather than cutting for improved fatigue life and smooth engagement.
Applications
1.Motorsport & Racing: Exhaust manifolds, drivetrain assemblies, turbocharger mounts, and suspension linkages.
2.Aerospace & UAVs: Structural fastenings where weight savings and high tensile performance are critical.
3.Marine & Offshore: High-salinity environment applications requiring zero rust corrosion.
4.Custom Industrial Engineering: Tight-clearance assemblies requiring high pre-load torque.
