Value Collection 47334 Hex Head Cap Screw M10 X 1.50

Product Description

The VALUE COLLECTION 47334 is a metric hex head cap screw manufactured from 18-8 austenitic Grade A2 stainless steel in an uncoated finish. It features a fully threaded shank with an M10 x 1.50 thread profile and a 35 mm length under head. The 17 mm hex drive allows installation with standard metric wrenches or sockets. Conforming to DIN 933, this fastener is suited for general mechanical assembly, maintenance, and fabrication applications where corrosion resistance and reliable clamping force are required. Licensed tradespeople and maintenance technicians use this screw in a wide range of structural and equipment fastening tasks.

This cap screw is appropriate for use in residential and commercial maintenance, mechanical assembly, and light fabrication work. Its fully threaded DIN 933 profile makes it a standard choice for bolting flanges, brackets, equipment frames, and panels where a nut or threaded receiver is present. The 18-8 stainless steel construction provides resistance to oxidation and mild corrosion, making it viable in exposed or humid environments such as mechanical rooms, rooftop equipment mounts, and outdoor utility installations.

Key Features

• M10 x 1.50 metric thread profile, fully threaded per DIN 933 standard
• 35 mm length under head for consistent grip and clamping depth
• 18-8 austenitic Grade A2 stainless steel construction for corrosion resistance
• 17 mm hex drive compatible with standard metric wrenches and sockets
• Uncoated finish with no additional surface treatment

Compatibility

Designed as a standard DIN 933 metric hex head cap screw for use with M10 x 1.50 threaded nuts, inserts, or tapped holes in mechanical, electrical, and HVAC assembly applications.

Installation Notes

Install using a 17 mm open-end, box, or socket wrench. Ensure mating threads are clean and free of debris before fastening. Do not exceed the rated shear and tensile limits of the 18-8 stainless steel material grade for the application. Follow applicable mechanical or structural codes for torque requirements specific to the assembly design.