Value Collection 42416 M12x1.50 Metric Fine Hex Nut

Product Description

The VALUE COLLECTION 42416 is an M12x1.50 metric fine hex nut manufactured from steel with a zinc-plated finish. It features a right-hand thread pattern conforming to metric fine thread standards. The nut measures 19 millimeters across the flats and stands 10 millimeters high, making it a standard-profile fastener for medium-duty threaded assemblies. Zinc plating provides a base level of corrosion resistance suitable for general indoor and light outdoor applications. This fastener is commonly installed by maintenance technicians, pipefitters, and mechanical contractors working with metric-threaded rod, bolt, or stud assemblies.

This hex nut is suited for general industrial, mechanical, and trade applications requiring an M12 fine-thread fastener. The metric fine thread pitch of 1.50 mm provides tighter thread engagement compared to coarse-pitch equivalents, making it appropriate for applications where vibration resistance or precise clamping adjustment is required. Typical use cases include equipment mounting, structural bolted connections, and mechanical assemblies in HVAC, plumbing, and light industrial settings.

Key Features

• M12x1.50 metric fine thread for tighter thread engagement and improved vibration resistance
• Steel construction for reliable strength in general-duty fastener applications
• Zinc-plated finish for basic corrosion protection
• Right-hand thread direction for standard installation with conventional tooling
• 19 mm across flats for use with standard metric wrenches and sockets
• 10 mm nut height for standard hex profile fitment

Compatibility

Designed for use with M12x1.50 metric fine-thread bolts, studs, and threaded rod in general mechanical and trade assemblies.

Installation Notes

Installation is performed with a standard 19 mm metric wrench or socket. Ensure mating bolt or stud thread pitch matches M12x1.50 before assembly to avoid cross-threading. Apply appropriate thread lubricant or thread-locking compound as required by the application. Follow applicable torque specifications provided by the equipment manufacturer for the specific assembly.