Value Collection A410169 Hex Socket Cap Screw M4 X 0.70

Product Description

The VALUE COLLECTION A410169 is a fully threaded hex socket cap screw in M4 x 0.70 metric thread with a 14 mm length under head. Manufactured from 316 stainless steel to austenitic grade A4, this fastener meets DIN 912 standards and arrives with a bright, uncoated finish. The internal hex drive requires a hex key for installation and provides reliable torque transfer in confined spaces. This screw is suited for mechanical assemblies, equipment fabrication, and maintenance applications where corrosion resistance is a priority. Sold in a package of 25.

This fastener is used in light mechanical and structural assemblies across HVAC, plumbing, electrical enclosure work, and general equipment maintenance. The M4 thread size and 14 mm under-head length make it appropriate for securing panels, brackets, and components in tight clearances. Grade A4 stainless steel provides strong resistance to corrosion in wet, chemical, or outdoor environments, making it a dependable choice for service professionals working in demanding conditions.

Key Features

• Fully threaded M4 x 0.70 metric thread for consistent engagement along the full shank length
• 316 stainless steel construction, austenitic grade A4, for excellent corrosion resistance
• Meets DIN 912 fastener standard for dimensional accuracy and interchangeability
• Internal hex socket drive for use with standard hex keys in confined spaces
• Bright, uncoated finish suitable for use as-is or with thread-locking compounds
• Packaged in quantities of 25 for efficient restocking and job-site use

Compatibility

Designed as a standard DIN 912 metric hex socket cap screw for general mechanical assemblies requiring an M4 x 0.70 thread pitch and 14 mm under-head length.

Installation Notes

Installation requires a correctly sized metric hex key or Allen driver; using an undersized key risks rounding the drive socket. Ensure mating threads are clean and free of debris before fastening. In corrosive or wet environments, apply a compatible anti-seize compound if periodic disassembly is expected. Always verify thread engagement depth meets the requirements of the assembly design before torquing to final specification.