Value Collection A410044 M8 X 1.25 X 12 Mm Hex Cap Screw 316 Ss

Product Description

The VALUE COLLECTION A410044 is a fully threaded hex head cap screw sized M8 x 1.25 with a 12 mm length under head. It is manufactured from Grade 316 austenitic stainless steel, also designated Grade A4, which provides strong resistance to corrosion and pitting in wet, chemical, and marine environments. The fastener carries a 13 mm hex drive and conforms to DIN 933, the standard for fully threaded hex head screws. Sold in packages of 25, this screw is a common choice for plumbers, pipefitters, HVAC technicians, electricians, and general trade contractors who need a reliable metric fastener in corrosive or outdoor conditions.

This cap screw is suited for residential and commercial applications where metric fasteners are specified and corrosion resistance is a priority. Typical uses include equipment mounting, pipe flange assembly, enclosure fastening, and structural connections exposed to moisture, salt air, or cleaning agents. The fully threaded shank allows for maximum thread engagement across the full 12 mm grip length, making it well suited for thin-material fastening and through-bolt applications.

Key Features

• Grade 316 austenitic stainless steel (A4) for superior corrosion and pitting resistance
• Fully threaded per DIN 933 for maximum thread engagement
• M8 x 1.25 metric thread size with 12 mm length under head
• 13 mm hex drive fits standard metric wrenches and sockets
• Uncoated finish — no risk of coating delamination in harsh environments
• Package quantity of 25 units per order

Compatibility

Designed as a fully threaded metric hex head cap screw for use in any application requiring an M8 x 1.25 fastener conforming to DIN 933.

Installation Notes

Installation is performed with a standard 13 mm metric wrench or socket. Verify mating thread condition and clean threads before installation. When installing stainless steel fasteners, apply an appropriate anti-seize compound to reduce the risk of galling. Follow applicable mechanical or structural codes for proper torque requirements based on joint design and load specifications.