S-97745A550 6-32 x 5/8" Hanger Bolts

Key Features & Benefits at a Glance

• 360° rotating head enables precise positioning and easy alignment during installation
• Black-oxide steel construction provides superior corrosion resistance for extended service life
• Wrench flats design ensures secure installation without damaging the rotating mechanism
• 6-32 UNC coarse threading offers faster installation and reduced cross-threading risks
• 5/8" length with 3/8" minimum thread engagement provides versatile mounting depth options
• Extension spring compatibility allows reliable performance in dynamic load applications
• RoHS 3 and REACH compliance meets international environmental standards for industrial use

Professional Applications & Engineering Value

This 6-32 UNC hanger bolt with black-oxide steel construction addresses critical challenges in industrial assembly where corrosion resistance and precise positioning are paramount. The 360° rotating head technology eliminates alignment issues during installation, while the coarse thread spacing ensures rapid deployment in production environments. Engineered specifically for extension spring applications, this stud anchor maintains structural integrity under dynamic loads. The combination of wrench flats and rotating head provides dual installation methods, preventing damage to components during torque application. Ideal for furniture manufacturing, automotive assemblies, and machinery where reliable right-hand thread fastening is essential for maintaining production efficiency and reducing maintenance cycles.

Specification Summary & Compliance

This hanger bolt features precision UNC Class 2A thread standards with 6-32 thread size and 0.138" diameter. The coarse thread spacing ensures reliable engagement while the 0.08" hole diameter accommodates standard mounting requirements. Manufacturing complies with RoHS 3 (2015/863/EU) with exemption 6(a) for lead as an alloying element in steel and REACH (EC 1907/2006) compliance as of 01/17/2023. The 5/8" length with 3/8" minimum thread length provides consistent performance across various material thicknesses in industrial applications.