Value Collection 41756 M12 X 1.75 Hex Lock Nut Nylon Insert

Product Description

The VALUE COLLECTION 41756 is a metric hex lock nut designed to maintain fastener position under vibration and dynamic loading. It uses a nylon insert locking mechanism that grips the mating thread without damaging it, providing reliable retention without the need for thread-locking compounds. Manufactured from Class 8 steel with a zinc-plated finish for corrosion resistance, this nut is sized M12 x 1.75 and conforms to DIN 985. It is suited for mechanical assemblies where secure fastening is required in environments exposed to vibration or movement. Installation requires only standard hand tools and a torque wrench.

This nut is used in general mechanical, industrial, and trade applications where metric fasteners are specified. Common install scenarios include equipment mounting, structural brackets, machinery frames, and HVAC or plumbing support assemblies. The right-hand thread and DIN 985 compliance make it compatible with standard metric hardware across commercial and light industrial applications. Minimum order quantity is 25 pieces per order.

Key Features

• Nylon insert locking style prevents loosening under vibration without damaging mating threads
• M12 x 1.75 metric thread size, right-hand direction
• Class 8 steel construction for high-strength fastening
• Zinc-plated finish provides corrosion resistance
• Conforms to DIN 985 fastener standard
• Minimum order quantity of 25 pieces

Compatibility

Designed for use with M12 x 1.75 metric bolts and studs conforming to DIN 985 or equivalent metric fastener standards in standard right-hand thread applications.

Installation Notes

Installation is performed by hand and torque wrench using standard metric tooling. Ensure the mating bolt or stud is free of damage and debris before threading the nut. The nylon insert is a one-time-use locking element and should not be reused once the nut has been removed from service. Follow applicable mechanical or structural codes for proper torque specifications based on joint design and application.