Holo-krome 06024 Socket Jam Screw 3/4-10 Unc Alloy Steel

Product Description

The HOLO-KROME 06024 is a socket jam screw designed for applications requiring a low-profile, flush-seating fastener with a hex key drive. Threaded to a 3/4-10 UNC specification, this screw offers a coarse thread pitch suited to general industrial and mechanical assemblies. The overall length is 0.375 inches, making it a compact jam screw for tight-clearance work. It is manufactured from alloy steel and left uncoated, providing the base material strength without an additional surface treatment. Installation is performed with a 3/8-inch hex key. Millwrights, maintenance technicians, and mechanical assemblers are the primary users of this fastener type.

Socket jam screws like the HOLO-KROME 06024 are used in mechanical assemblies where a standard-height screw would interfere with adjacent components. Typical applications include locking set positions on shafts, fixtures, and tooling plates, as well as acting as a secondary locking element behind a standard fastener. The 3/4-10 UNC thread size is common in heavy-duty industrial equipment and structural assemblies. This part is sold in multiples of 5.

Key Features

• 3/4-10 UNC coarse thread for reliable engagement in standard tapped holes
• 0.375-inch overall length provides a low-profile, jam-style form factor
• 3/8-inch hex key drive for precise torque application in confined spaces
• Alloy steel construction for strength in mechanical and industrial environments
• Uncoated finish - no added surface treatment to affect dimensional tolerances
• Minimum order quantity of 5 units per order

Compatibility

Designed as a standard socket jam screw for use in any application with a 3/4-10 UNC tapped hole requiring a low-profile hex-drive fastener.

Installation Notes

Installation is performed with a 3/8-inch hex key. De-energize and lock out any equipment before servicing fasteners in live assemblies. Ensure the tapped receiving hole is clean and free of debris before threading the screw in. Do not exceed the rated seating torque for the alloy steel grade; consult applicable engineering specifications for the assembly.