Value Collection 460561PS M24 Hex Cap Screw Grade 10.9

Product Description

The VALUE COLLECTION 460561PS is a metric hex head cap screw designed for structural and mechanical fastening applications requiring high tensile strength. Manufactured from Grade 10.9 steel with a zinc-plated finish, this fastener delivers reliable clamping force in demanding assemblies. The M24 x 3.00 thread size with an 80 mm length under head and partial threading conforms to DIN 931 and ISO 4014 standards, making it a dependable choice for precision-fit bolted joints in industrial and commercial mechanical work.

This cap screw is suited for heavy mechanical assemblies, structural steel connections, and industrial equipment fabrication where metric fasteners are specified. The partial thread design is standard for longer grip-length applications where the unthreaded shank provides shear resistance across the joint interface. Machinists, millwrights, and maintenance technicians working to DIN or ISO metric standards will find this fastener appropriate for a range of bolted joint configurations.

Key Features

• Grade 10.9 steel construction provides high tensile and proof load strength
• Zinc-plated finish offers basic corrosion resistance for general industrial environments
• Partially threaded shank per DIN 931 and ISO 4014 standards
• M24 x 3.00 metric thread with 36 mm hex drive size
• 80 mm length under head for appropriate grip in thick-section assemblies

Compatibility

Designed as a standard metric replacement or original-spec fastener for assemblies calling out DIN 931 or ISO 4014 M24 x 3.00 x 80 mm partially threaded hex head cap screws.

Installation Notes

Installation should be performed by qualified mechanical technicians familiar with metric fastener torque specifications for Grade 10.9 hardware. Ensure mating threads are clean and free of debris before installation. Use a properly sized 36 mm wrench or socket to avoid rounding the hex. Follow engineered joint specifications for preload torque values, as improper torque can compromise joint integrity.