Value Collection HC1010050-100BX M10 Hex Cap Screw

Product Description

The VALUE COLLECTION HC1010050-100BX is a metric hex head cap screw designed for demanding mechanical and structural fastening applications. Built to Grade 10.9 steel, this fastener delivers high tensile strength suitable for heavy-duty assemblies. The M10 x 1.50 thread profile with a 50 mm length under head makes it a standard choice across industrial equipment, machinery, and fabrication work. A black oxide finish provides moderate corrosion resistance and reduces light reflection in service environments. The 17 mm hex drive size is compatible with standard metric wrenches and sockets. Threading is partial, conforming to DIN 931 standards.

This screw is used in industrial machinery assembly, equipment manufacturing, and structural fabrication where metric Grade 10.9 fasteners are specified. Partial threading per DIN 931 provides full thread engagement in through-bolt and clearance-hole applications. Typical installers include millwrights, mechanical assemblers, and maintenance technicians working with metric hardware. It ships in a minimum order quantity of 50 pieces per box.

Key Features

• Grade 10.9 steel construction for high tensile and proof load strength
• M10 x 1.50 mm thread size, 50 mm length under head
• Partially threaded shank per DIN 931 standard
• Black oxide finish for moderate corrosion resistance and low reflectivity
• 17 mm hex drive compatible with standard metric wrenches and sockets
• Metric thread standard for international equipment compatibility

Compatibility

Designed as a standard DIN 931 metric hex head cap screw for use in any application specifying an M10 x 1.50 x 50 mm Grade 10.9 partially threaded fastener.

Installation Notes

Installation should be performed by qualified mechanical assemblers or maintenance technicians familiar with metric fastener torque specifications. Always verify hole thread class and material before installation. Use calibrated torque tooling appropriate for Grade 10.9 fasteners to avoid over-torque and fastener damage. Refer to the applicable equipment service manual or engineering specification for torque values.