Value Collection 532344BR M24x3 Socket Cap Screw 100mm

Product Description

The VALUE COLLECTION 532344BR is a metric hex socket cap screw engineered for high-strength fastening applications. This partially threaded fastener features an M24 x 3.00 thread size with a 100 mm length under head. It is manufactured from alloy steel with a black oxide finish coating and carries a material grade of 12.9, making it suitable for heavy-duty mechanical assemblies where precise clamping force and tensile strength are required. The hex drive socket allows installation with a standard hex key or Allen wrench. Licensed trades and industrial maintenance technicians are the typical installers for this class of fastener.

This screw is used in industrial machinery, structural assemblies, tooling fixtures, and mechanical equipment where a high-grade metric socket cap screw is specified. The M24 coarse thread pitch and 12.9 alloy steel grade make it appropriate for applications demanding high tensile and proof load ratings. It is sold individually and is compatible with standard metric hex key tooling.

Key Features

• M24 x 3.00 metric coarse thread for high-load fastening
• 100 mm length under head, partially threaded shank
• Grade 12.9 alloy steel construction for maximum tensile strength
• Black oxide finish coating for corrosion resistance and reduced surface reflectivity
• Hex socket drive compatible with standard metric Allen keys
• Meets DIN 912 and ISO 898-1 fastener standards

Compatibility

Designed for use in applications specifying a DIN 912 compliant M24 x 3.00 metric hex socket cap screw with a 100 mm length under head and 12.9 material grade.

Installation Notes

Install using a properly sized metric hex key or Allen socket driver rated for the torque demands of a grade 12.9 fastener. Ensure mating threads are clean, undamaged, and correctly tapped to M24 x 3.00 before installation. Apply thread lubricant or anti-seize compound only if specified by the equipment manufacturer, as dry torque values differ from lubricated values. Follow applicable mechanical and structural assembly codes for the specific application.