Value Collection MP47561 Hex Socket Cap Screw M12x1.75

Product Description

The VALUE COLLECTION MP47561 is a fully threaded hex socket cap screw in M12 x 1.75 metric thread, with a 30 mm length under the head. Manufactured from 18-8 austenitic stainless steel (material grade A2), this fastener offers solid corrosion resistance for general industrial, mechanical, and structural applications. Drive type is internal hex, which allows high torque transfer in confined spaces. Compliance with DIN 912 ensures dimensional consistency with international metric fastener standards. Sold individually, with a minimum order quantity of 10 pieces. Typical installers include millwrights, pipefitters, equipment technicians, and maintenance mechanics.

This screw is suited for assemblies requiring a metric M12 fastener in environments where corrosion resistance is a priority. Common applications include machinery assembly, pump and valve mounting, structural brackets, and equipment enclosures. The fully threaded design allows maximum engagement when used with standard M12 x 1.75 threaded holes or nuts across a full range of material thicknesses up to the usable thread length.

Key Features

• M12 x 1.75 metric thread with 30 mm length under head
• Fully threaded shank for maximum thread engagement
• Internal hex drive for high-torque installation in tight spaces
• 18-8 austenitic stainless steel, material grade A2, for corrosion resistance
• Conforms to DIN 912 dimensional standard
• Sold in multiples of 10

Compatibility

Designed as an OEM-style replacement or standard service fastener for any M12 x 1.75 threaded application requiring a DIN 912 hex socket cap screw.

Installation Notes

Installation requires a metric hex key or hex socket driver sized for M12 socket cap screws. Always verify that the mating thread pitch and hole depth are compatible before installation. Do not exceed the torque rating of the fastener material or the mating component. Ensure proper thread engagement depth per applicable machinery or structural standards before applying load.