Value Collection 461422PS M24 Hex Cap Screw Grade 10.9

Product Description

The VALUE COLLECTION 461422PS is a metric hex head cap screw engineered for high-strength fastening applications. Manufactured from Grade 10.9 steel with a bright uncoated finish, this fastener meets the dimensional and mechanical requirements of DIN 931 and ISO 4014. The M24 x 3.00 thread size with an 80 mm length under head and partial threading makes it well suited for bolted joint assemblies where a bearing surface grip length is required. With a 36 mm hex drive, it is installed using standard metric hex wrenches or impact sockets. Weighing 0.8 pounds, this single-piece fastener is packaged individually.

This screw is used across industrial, structural, and mechanical assembly applications where metric high-strength fasteners are specified. Partially threaded shanks are common in applications requiring a smooth shank grip zone, such as flanged connections, machinery frames, and structural steel joints. It is appropriate for both shop assembly and field installation by millwrights, pipefitters, structural ironworkers, and maintenance mechanics who work to metric fastener specifications.

Key Features

• M24 x 3.00 thread size with 80 mm length under head for deep engagement in heavy assemblies
• Grade 10.9 steel provides high tensile and proof load strength suitable for structural and mechanical joints
• Partially threaded shank conforms to DIN 931 and ISO 4014 standards
• 36 mm hex drive is compatible with standard metric sockets and open-end wrenches
• Bright uncoated finish for bare steel applications or where a post-installation coating will be applied

Compatibility

Designed as a standard metric replacement or service fastener conforming to DIN 931 and ISO 4014 for applications specifying M24 x 3.00 Grade 10.9 hex head cap screws.

Installation Notes

Installation should be performed by qualified mechanical or structural tradespeople following applicable torque specifications from the relevant engineering documentation for the assembly. De-energize and lock out any equipment before replacing fasteners in mechanical systems. Use calibrated torque wrenches or torque-controlled impact tools to achieve proper clamp load without overtightening. Inspect mating threads and bearing surfaces for damage before assembly.