S-94309A160 M10 Thumb Nuts

Key Features & Benefits at a Glance

• Effortless hand-tightening with standard wing profile for rapid assembly and disassembly without tools
• Superior corrosion resistance from zinc-plated iron construction, ensuring longevity in demanding environments
• Reliable thread engagement with Class 6H precision fit, minimizing cross-threading and ensuring secure fastening
• Optimized for high-vibration applications through coarse 1.5 mm pitch right-hand metric threads
• Enhanced grip and torque application from 41.3 mm wing width and 20.6 mm profile height
• Stable seating and alignment provided by 16 mm base diameter for consistent performance
• Global compliance assurance meeting RoHS 3 and REACH standards for safe industrial use

Professional Applications & Engineering Value

This M10 thumb nut delivers critical advantages in maintenance-heavy and field-service scenarios where tool access is limited. The zinc-plated iron construction provides a cost-effective barrier against oxidation and chemical exposure, significantly extending service life in manufacturing, outdoor equipment, and assembly line applications. Its Class 6H thread fit maintains precise tolerances with coarse metric threads that resist loosening under vibration stress. The wing nut design enables operators to achieve proper clamping force manually, reducing installation time by up to 60% compared to conventional hex nuts. This combination of corrosion-resistant surface treatment and ergonomic hand-tightening capability makes it ideal for electrical enclosures, machinery guards, and temporary fixtures requiring frequent adjustments.

Specification Summary & Compliance

Manufactured to metric system standards with M10 x 1.5 mm coarse threads and Class 6H thread fit for consistent dimensional accuracy. The right-hand thread direction follows international conventions while the 16 mm base diameter ensures proper load distribution. Compliant with RoHS 3 (2015/863/EU) and REACH (EC 1907/2006) regulations, guaranteeing restricted substance adherence for global industrial supply chains.