Value Collection 42746 Hex Socket Cap Screw M8 X 1.25

Product Description

The VALUE COLLECTION 42746 is a fully threaded hex socket cap screw sized M8 x 1.25 metric with a 12 mm length under head. Manufactured from alloy steel to a 12.9 material grade, this fastener delivers high tensile strength suitable for demanding mechanical assemblies. The black oxide finish provides a measure of corrosion resistance and reduces light reflection in finished assemblies. The hex socket drive accepts a standard hex key or Allen driver. This screw conforms to DIN 912 and ISO 898-1 standards, making it a recognized specification fastener for industrial and mechanical applications.

This fastener is appropriate for use in general mechanical assemblies, machine tooling, jigs and fixtures, and equipment fabrication where a high-strength metric cap screw is required. The M8 x 1.25 thread pitch and 12 mm under-head length suit close-clearance applications where a low-profile socket head is preferred over a hex head. Maintenance technicians and mechanical assemblers working on production equipment, industrial machinery, and structural components will find this screw useful in standard metric fastening tasks.

Key Features

• M8 x 1.25 metric thread, fully threaded along the 12 mm under-head length
• Alloy steel construction with 12.9 material grade for high tensile strength
• Black oxide finish for corrosion resistance and reduced light reflection
• Hex socket drive accepts standard hex key or Allen driver
• Conforms to DIN 912 and ISO 898-1 fastener standards

Compatibility

Designed as a standard DIN 912 metric hex socket cap screw suitable for M8 x 1.25 threaded bores in industrial machinery, mechanical assemblies, and equipment fabrication applications.

Installation Notes

Installation is performed with a correctly sized hex key or Allen driver matched to the socket head. Ensure mating threads are clean and free of debris before driving. Do not exceed the torque limits appropriate for 12.9 grade alloy steel fasteners in the mating material. Follow applicable mechanical assembly standards and equipment manufacturer specifications for final torque values.