Value Collection 42775 Hex Socket Cap Screw M10x1.50 110mm

Product Description

The VALUE COLLECTION 42775 is a partially threaded hex socket cap screw sized M10 x 1.50 metric with a 110 mm length under head. Manufactured from alloy steel to material grade 12.9, it delivers high tensile strength suited to demanding mechanical assemblies. The black oxide finish provides mild corrosion resistance and reduces light reflection. Drive type is internal hex (Allen), compatible with standard hex key sets. This fastener meets DIN 912 and ISO 898-1 standards, making it a reliable choice for engineers, millwrights, and maintenance professionals working to recognized fastener specifications.

This screw is appropriate for general industrial, mechanical, and structural assembly applications where a high-strength metric cap screw is required. Partial threading allows the unthreaded shank to act as a locating or shear feature in close-tolerance bores. Typical installations include machine frames, fixture plates, tooling assemblies, and equipment housings. It is sold in multiples of 10 and packaged individually per unit quantity.

Key Features

• Grade 12.9 alloy steel construction for high tensile and proof load capacity
• Partially threaded shank provides shear strength and locating capability
• Black oxide coating for mild corrosion resistance and reduced surface glare
• Internal hex drive accepts standard metric hex keys
• Meets DIN 912 and ISO 898-1 fastener standards

Compatibility

Designed as a standard metric hex socket cap screw for use in any M10 x 1.50 threaded application requiring a grade 12.9 partially threaded fastener per DIN 912.

Installation Notes

Installation should be performed by qualified mechanical or maintenance personnel using a calibrated torque wrench and the correct size metric hex key. Always verify thread engagement depth and confirm the mating thread is M10 x 1.50 before driving. Apply appropriate thread lubricant or thread-locking compound per the equipment manufacturer's requirements. Do not exceed the recommended tightening torque for the mating material and joint design.