Value Collection 815057PR M8 X 1.25 X 65 Mm Hex Cap Screw

Product Description

The VALUE COLLECTION 815057PR is a metric hex head cap screw designed for general mechanical assembly and structural fastening applications. It features an M8 x 1.25 thread profile with a 65 mm length under the head and is manufactured from Grade 8.8 steel with a zinc-plated finish for corrosion resistance. The partially threaded shank provides a clamping surface suited for through-bolt configurations where bearing load distribution is critical. Installation requires a 13 mm hex wrench or socket. This fastener conforms to DIN 931 and ISO 4014 standards, making it a reliable choice for metric fastening in industrial, mechanical, and fabrication environments.

This screw is well suited for use in machinery assembly, equipment maintenance, structural bracketing, and general fabrication work where metric fasteners are specified. The Grade 8.8 rating indicates a tensile strength appropriate for medium-to-high load applications in steel-to-steel or steel-to-aluminum joint configurations. Machinists, millwrights, maintenance technicians, and fabricators commonly use this fastener type across manufacturing and industrial service settings.

Key Features

• M8 x 1.25 metric thread size, 65 mm length under head
• Grade 8.8 steel construction for medium-to-high tensile load applications
• Zinc-plated finish provides baseline corrosion resistance
• Partially threaded shank per DIN 931 and ISO 4014 standards
• 13 mm hex drive size compatible with standard metric sockets and wrenches

Compatibility

Designed as a standard metric hex head cap screw conforming to DIN 931 and ISO 4014, suitable for use in any application specifying an M8 x 1.25 x 65 mm partially threaded hex fastener.

Installation Notes

Install using a 13 mm socket or combination wrench. De-energize and lock out any equipment before servicing fastened assemblies in mechanical or electrical enclosures. Do not reuse fasteners that show signs of thread deformation, corrosion, or stretching. Follow applicable machine design specifications or engineering drawings for torque requirements, as torque values vary by joint material and lubrication condition.