Value Collection HC3X08100-010BX M8 Hex Cap Screw Din 933

Product Description

The VALUE COLLECTION HC3X08100-010BX is a fully threaded hex head cap screw manufactured to DIN 933 standards from 18-8 Austenitic Grade A2 stainless steel. It features an M8 x 1.25 thread profile with a 100 mm length under head and a 13 mm hex drive. The bright, uncoated finish preserves the natural corrosion resistance of the austenitic stainless alloy. This fastener is used by plumbers, HVAC technicians, electricians, and mechanical contractors wherever a metric hex cap screw is required in corrosion-prone or sanitary environments.

The HC3X08100-010BX is suited for general mechanical assembly, equipment mounting, and structural fastening applications that call for a metric M8 fastener. The DIN 933 full-thread configuration provides thread engagement along the entire shank, making it well-matched for through-hole applications with standard hex nuts or threaded plates. It is appropriate for both indoor and outdoor installations where stainless steel is specified for resistance to moisture, mild chemicals, or code-required non-reactive materials.

Key Features

• M8 x 1.25 metric thread, fully threaded per DIN 933
• 100 mm length under head for deep engagement in through-hole assemblies
• 18-8 Austenitic Grade A2 stainless steel for corrosion resistance
• 13 mm hex drive compatible with standard metric wrenches and sockets
• Bright, uncoated finish with no added plating or coating
• Sold in multiples of 10 minimum order quantity

Compatibility

Designed for use in any assembly specifying a DIN 933 fully threaded M8 x 1.25 hex head cap screw in 18-8 or Grade A2 stainless steel.

Installation Notes

Installation is performed with a standard 13 mm metric wrench or socket. Ensure mating threads are clean and free of debris before assembly. When installing stainless steel fasteners, apply an anti-seize compound to prevent galling of the austenitic threads under torque. Follow applicable mechanical or structural codes for fastener torque requirements based on joint design and load conditions.