Value Collection KP82425 M3x0.50 Button Cap Screw 25pk

Product Description

The VALUE COLLECTION KP82425 is a fully threaded button socket cap screw in metric M3x0.50 threading with a 6mm length under the head. Manufactured from 18-8 austenitic stainless steel to material grade A2, it offers solid corrosion resistance for general industrial, mechanical, and maintenance applications. The low-profile button head accepts a 2mm hex socket driver and conforms to ISO 7380 fastener standards. Thread fit class is 4G/6G with a right-hand thread direction. This fastener ships in a package quantity of 25 and suits technicians, machinists, and maintenance professionals working with metric hardware assemblies.

This screw is suited for light-duty fastening tasks where a low-profile head is required and corrosion resistance matters. Typical applications include equipment panels, enclosures, machine frames, and electrical assemblies where standard socket head clearance is limited. The bright, uncoated finish is appropriate for indoor environments and controlled-exposure settings. Professionals in HVAC, electrical, and general mechanical trades will find this fastener useful for small-component assembly and service work involving metric hardware.

Key Features

• Fully threaded M3x0.50 metric thread, right-hand direction, 4G/6G fit class
• Low-profile button head with 2mm hex socket drive
• 18-8 austenitic stainless steel, A2 material grade for corrosion resistance
• Conforms to ISO 7380 fastener standard
• Bright, uncoated finish; no additional treatment required
• Sold in a 25-piece package with a minimum order quantity of 1

Compatibility

Designed as an OEM-style metric replacement fastener for equipment and assemblies requiring M3x0.50 button socket cap screws per ISO 7380.

Installation Notes

Installation requires a 2mm hex socket driver or hex key. De-energize and power down any electrical equipment before accessing fastener locations on energized assemblies. Avoid over-torquing small-diameter stainless fasteners, as galling can occur; use appropriate anti-seize compound when required by the application. Follow applicable equipment manufacturer torque guidelines and relevant codes for the installation environment.