Value Collection 1114MST 10-32 Truss Head Slotted Machine Screw

Product Description

The VALUE COLLECTION 1114MST is a 10-32 machine screw designed for general-purpose mechanical fastening in trade and industrial applications. This screw features a truss head profile with a slotted drive, and measures 7/8 inch in length under the head. It is manufactured from steel with a zinc finish for basic corrosion resistance and is produced to ASME B18.6.3 and SAE J82 standards. The truss head provides a wide, low-profile bearing surface suitable for thin materials or applications where a standard pan or round head would interfere with adjacent components. Installation is performed using a standard flat-blade screwdriver or slotted bit driver.

This screw is suited for light-gauge sheet metal, electrical enclosures, panel assemblies, HVAC equipment covers, and general mechanical assembly where a 10-32 unified fine thread is specified. The zinc finish offers a base level of protection suitable for indoor or sheltered environments. Sold in a package quantity of one, with a minimum order quantity of 100 units per order.

Key Features

• 10-32 unified fine thread for use in standard tapped holes and threaded inserts
• Truss head profile provides a wide, low-profile bearing surface
• Slotted drive compatible with flat-blade screwdrivers and standard bit drivers
• Steel construction with zinc finish for basic corrosion resistance
• Meets ASME B18.6.3 and SAE J82 dimensional and material standards
• No washer included; washer-style is without washer

Compatibility

Designed as a standard 10-32 machine screw for use in any pre-tapped hole or threaded insert specifying a 10-32 unified fine thread with a length under head of 7/8 inch.

Installation Notes

Installation is performed by electricians, HVAC technicians, plumbers, and general mechanical trades as part of equipment assembly or panel fastening. Ensure the mating hole is properly tapped to 10-32 before installation. Use a correctly sized flat-blade screwdriver or slotted bit to avoid cam-out and fastener damage. Do not overtighten — drive to snug fit and verify seating against the work surface.