Value Collection P96120PS Wing Nut M12x1.75 Zinc Iron

Product Description

The VALUE COLLECTION P96120PS is a standard wing nut designed for M12x1.75 threaded fastener applications. Made from iron with a zinc plated finish, this wing nut provides corrosion resistance and reliable clamping in general industrial, mechanical, and assembly environments. It conforms to DIN 315 standards, ensuring dimensional consistency and interchangeability with other DIN-spec hardware. The right-hand thread direction follows conventional fastener orientation. At 0.02 pounds, it is a lightweight component suited for frequent hand-tightening tasks where tools are not required or practical.

This wing nut is used in a wide range of trade and industrial applications where tool-free fastening or quick adjustment is needed. Common install scenarios include panel assemblies, jigs and fixtures, equipment access covers, and general maintenance setups. The zinc plated iron construction makes it appropriate for dry or mildly humid indoor environments. It is sold individually and is compatible with M12x1.75 threaded rod, bolts, and studs in mechanical and light-duty structural assemblies.

Key Features

• M12x1.75 thread size with right-hand thread direction for standard installation
• Iron construction with zinc plated finish for corrosion resistance
• Conforms to DIN 315 standard for dimensional consistency
• Wing span of 5.60 mm and wing height of 31.00 mm for hand-tightening leverage
• Lightweight at 0.02 pounds, suitable for frequent hand-adjustment applications

Compatibility

Designed as a DIN 315 standard wing nut for use with M12x1.75 threaded bolts, rods, and studs in general mechanical and industrial assembly applications.

Installation Notes

This wing nut is installed by hand onto any compatible M12x1.75 threaded fastener. No tools are required for standard hand-tightening. Ensure the mating thread is clean and free of debris before installation. For applications requiring a secure hold against vibration, verify that hand-tightening is sufficient or use an appropriate locking method per the assembly specification.