Value Collection 462127PR Hex Head Cap Screw M12 X 1.75

Product Description

The VALUE COLLECTION 462127PR is a metric hex head cap screw designed for high-strength fastening in mechanical assemblies, structural connections, and industrial equipment. Manufactured from Grade 10.9 steel in a bright uncoated finish, this fastener delivers the tensile strength required for demanding load-bearing applications. The M12 x 1.75 thread profile and 50 mm length under head make it a standard choice across a wide range of metric-spec equipment. The fully threaded shank provides consistent clamping along the entire bolt length. Installation requires a 19 mm hex socket or wrench.

This cap screw is suited for maintenance, repair, and original-equipment assembly work in manufacturing, construction, and mechanical service environments. It conforms to DIN 933 and ISO 4017 standards, making it appropriate wherever metric fastener specifications must be met precisely. Machinists, millwrights, pipefitters, and maintenance technicians are the primary installers for this fastener type.

Key Features

• Grade 10.9 steel construction for high tensile strength in demanding applications
• Fully threaded shank per DIN 933 and ISO 4017 standards
• M12 x 1.75 metric thread size with 50 mm length under head
• 19 mm hex drive for standard socket or open-end wrench installation
• Bright uncoated finish suitable for use where post-installation coating or plating will be applied

Compatibility

Designed as a standard metric replacement or assembly fastener conforming to DIN 933 and ISO 4017 for M12 x 1.75 threaded applications.

Installation Notes

Installation should be performed by a qualified mechanic, millwright, or maintenance technician familiar with metric fastener torque specifications. Always consult the equipment manufacturer's torque table for M12 Grade 10.9 fasteners before final tightening. Ensure mating threads are clean and free of debris before installation. Do not use impact tools at full power without a torque-limiting attachment, as over-torquing can compromise thread integrity.