Value Collection -42745-6 M6 X 1.00 Hex Socket Cap Screw 25pk

Product Description

The VALUE COLLECTION -42745-6 is a partially threaded hex socket cap screw in M6 x 1.00 metric thread size with a 110 mm length under head. Made from alloy steel with a black oxide finish, it meets DIN 912 and ISO 898-1 standards at material grade 12.9, one of the highest strength classifications for metric fasteners. This screw is driven with a hex (Allen) key and is suited for high-load bolted connections in machinery, tooling, and structural assemblies. Each package contains 25 pieces.

This fastener is used in industrial, commercial, and fabrication applications where high-tensile metric fasteners are required. The M6 x 1.00 thread pitch and 110 mm shank length make it appropriate for joining medium-thickness components where partial threading is needed to maintain a clamp load against a smooth shank. Machinists, millwrights, maintenance technicians, and fabricators commonly use this screw in equipment assembly and repair work.

Key Features

• Grade 12.9 alloy steel construction for high tensile and proof load capacity
• Black oxide finish provides mild corrosion resistance and reduces light reflection
• Partially threaded shank for precise fit in close-tolerance bores
• DIN 912 and ISO 898-1 compliant for international dimensional and strength standards
• Hex socket drive accepts standard Allen keys and hex bit drivers
• Sold in a 25-piece pack for stocking convenience

Compatibility

Designed as a standard DIN 912 metric hex socket cap screw suitable for M6 x 1.00 threaded holes in machinery, fixtures, and structural assemblies requiring grade 12.9 alloy steel fasteners.

Installation Notes

Installation should be performed by a qualified mechanic, machinist, or maintenance technician familiar with metric fastener torque requirements for grade 12.9 hardware. Ensure the mating threaded hole is clean and free of debris before driving. Use a properly sized hex key or bit to avoid rounding the socket drive. Do not exceed the rated proof load of the fastener by over-torquing.