Value Collection 531124PR M8x1.25 Low Cap Screw Alloy Steel

Product Description

The VALUE COLLECTION 531124PR is a metric low socket cap screw designed for applications where head clearance is limited. It is fully threaded with an M8x1.25 thread profile and a 10.00 mm length measured under the head. The screw is machined from alloy steel to a Grade 10.9 material rating, providing high tensile strength for demanding fastening tasks. A black oxide finish offers mild corrosion resistance and reduces light reflection on installed assemblies. Drive engagement is through a 5.00 mm hex socket. Installers work this fastener with a standard hex key or socket driver. It conforms to the SIP 147 fastener standard.

This low socket cap screw is suited for mechanical assemblies, fixtures, and equipment where a standard socket cap head would protrude too far or interfere with adjacent components. The reduced-profile head sits closer to the mating surface, making it a practical choice for tight clearance zones in machinery, jigs, tooling plates, and structural brackets. Trade professionals including millwrights, pipefitters, and mechanical contractors regularly use Grade 10.9 metric fasteners in both light industrial and heavy-duty fabrication contexts.

Key Features

• Low socket cap head profile for tight clearance applications
• Fully threaded M8x1.25 metric thread, 10.00 mm length under head
• Alloy steel construction, Grade 10.9 tensile rating
• Black oxide finish for mild corrosion resistance and low-reflectance surface
• 5.00 mm hex socket drive accepts standard hex keys and socket drivers
• Conforms to SIP 147 fastener standard

Compatibility

Designed as a metric-threaded replacement or service fastener for assemblies requiring an M8x1.25 low socket cap screw per SIP 147 specifications.

Installation Notes

Installation requires a 5.00 mm hex key or matching socket driver. Verify mating thread condition and clean threads before installation. Do not exceed the rated clamp load for Grade 10.9 fasteners; consult the applicable engineering specification for torque requirements based on joint design. Power down or de-energize any associated equipment before accessing fastener locations on live machinery.