Value Collection MSFI-1000250-050B 10-24 Flat Head Slotted Machine

Product Description

The VALUE COLLECTION MSFI-1000250-050B is a 10-24 UNC machine screw with a flat head and slotted drive, manufactured from Grade 2 steel with a zinc-plated finish. At 0.25 inches in overall length, this fastener is suited for light-duty mechanical assemblies where a flush or countersunk seating profile is required. The zinc plating provides basic corrosion resistance in indoor and sheltered environments. This package contains a minimum order quantity of 50 pieces, making it a practical bench stock item for service technicians, assembly shops, and maintenance operations.

These machine screws are used across a wide range of trade and industrial applications including panel assembly, electrical enclosures, HVAC equipment covers, junction boxes, and general sheet metal work. The 10-24 UNC thread is one of the most common coarse-thread machine screw sizes in North American equipment, making this fastener a standard replacement and general-purpose option for service and repair tasks.

Key Features

• 10-24 UNC coarse thread for broad compatibility with standard tapped holes
• Flat head profile seats flush or countersunk against the mating surface
• Slotted drive accommodates standard flat-blade screwdrivers
• Grade 2 steel construction suitable for general light-duty fastening
• Zinc-plated finish provides basic corrosion resistance in indoor use
• Sold in a pack of 50 for bench stock and repeat-use applications

Compatibility

Designed as a general-purpose replacement or stock fastener for any application requiring a 10-24 UNC flat head slotted machine screw with 0.25 inch overall length.

Installation Notes

Installation is performed with a standard flat-blade screwdriver sized to the slotted head. De-energize and lock out any electrical equipment before fastening panels or enclosures. For threaded metal applications, ensure the mating hole is properly tapped to 10-24 UNC to avoid cross-threading. Do not overtighten Grade 2 fasteners, as they have lower tensile strength than higher-grade alternatives.