AF3514-0020 Aeroflow 3/8″ Unc Titanium Hex Nut 6 Point Single 3/8 16″

Description

Achieve maximum fastening reliability and longevity with this 3/8″ UNC titanium hex nut, designed to withstand demanding fabrication and assembly environments. Titanium’s exceptional strength-to-weight ratio and corrosion resistance ensure your connections remain secure under stress and exposure to harsh conditions.

This hex nut features a 6-point design, providing enhanced torque distribution across the fastener. This means less risk of rounding or stripping during installation, resulting in a more dependable and consistent hold. The single 3/8-16 thread size matches standard UNC specifications, ensuring compatibility with a wide range of bolts.

Manufactured by Aeroflow, a trusted brand in high-performance fasteners, this titanium nut weighs only 0.1000 kg, balancing strength without unnecessary bulk. Its dimensions—16.00 cm in length, 9.00 cm in width, and 2.00 cm in height—are optimized for ease of handling and integration into various fabrication projects.

Constructed from aerospace-grade titanium, this fastener offers exceptional corrosion resistance compared to steel or aluminum counterparts. This makes it ideal for applications exposed to moisture, chemicals, or extreme temperatures, extending the lifespan of your assemblies.

The hexagonal shape facilitates use with standard wrenches or sockets, and the 6-point configuration improves grip and torque control. This combination minimizes tool slippage and damage to the fastener during installation and removal cycles.

This nut is perfectly suited for precision fabrication, automotive, aerospace, and marine applications where strength, weight savings, and durability are critical. Its robust construction and exacting standards ensure reliable performance in demanding environments.

With its specific thread size, material quality, and design features, this 3/8″ UNC titanium hex nut delivers a secure fastening solution engineered to exceed typical fastener limitations. Invest in a component that upholds structural integrity and resists degradation over time.