Value Collection 823008PS M3x0.5 Flat Socket Cap Screw

Product Description

The VALUE COLLECTION 823008PS is a metric flat socket cap screw designed for applications requiring a flush or countersunk fastener profile. Conforming to DIN 7991, it features a 90-degree flat head driven by a 2.00 mm hex socket. The screw is manufactured from 18-8 austenitic stainless steel, Grade A2, providing solid corrosion resistance without any additional coating. Thread size is M3x0.5 with a fully threaded shank and an overall length of 10.00 mm. This fastener is suited for machine assembly, equipment mounting, and precision fabrication work where a low-profile head is required.

This flat socket cap screw is used in metric fastening applications across light manufacturing, instrumentation, electronics enclosures, and mechanical assemblies. The fully threaded M3x0.5 configuration allows engagement along the full shank length, making it effective in thin-material applications. The bright uncoated finish is appropriate for environments where stainless corrosion resistance is sufficient on its own. Installation is common across fabrication shops, OEM assembly lines, and maintenance operations requiring DIN-standard metric hardware.

Key Features

• DIN 7991 standard 90-degree flat head for flush countersunk installation
• 18-8 austenitic stainless steel, Grade A2 for corrosion resistance
• M3x0.5 metric thread, fully threaded along the entire shank
• 2.00 mm hex socket drive for precision torque application
• Bright uncoated finish — no plating to introduce dimensional variation
• Overall length of 10.00 mm

Compatibility

Designed as a DIN 7991 metric flat socket cap screw compatible with M3x0.5 threaded holes in standard metric assemblies and fixtures.

Installation Notes

Install using a calibrated 2.00 mm hex key or Allen-type driver to avoid rounding the socket. Countersink the mating material to 90 degrees to achieve full head seating. Stainless fasteners are susceptible to galling under high-speed power tooling — hand-drive or use low-RPM tools with appropriate lubrication. Confirm thread engagement depth meets the requirements of the application before final torque.