Value Collection 407-1310 Fully Threaded Stud 10-24 2in

Product Description

The VALUE COLLECTION 407-1310 is a fully threaded stud with a 10-24 unified coarse thread and a 2-inch overall length. Manufactured from aluminum with an uncoated plain finish, this stud is fully threaded from end to end, meaning the thread length equals the overall length at 2 inches. It carries a material grade of 3.6 with minimum tensile strength ranging from 42,000 to 55,000 psi. At 0.004 pounds per piece, it is a lightweight fastener suited for light-duty assemblies where corrosion resistance and low mass are priorities. Licensed tradespeople and maintenance technicians install this type of stud in a wide range of mechanical and panel assemblies.

This fully threaded stud is suited for use in residential and commercial applications where a 10-24 threaded fastener is required. Typical uses include mounting hardware, electrical panel assemblies, HVAC component brackets, and other light-duty mechanical connections where aluminum construction is preferred to reduce weight or avoid galvanic corrosion with mating aluminum components. It is sold in a package quantity of 1, with a minimum order quantity of 10 pieces.

Key Features

• Fully threaded along the entire 2-inch length — no unthreaded shank
• 10-24 unified coarse thread for broad hardware compatibility
• Aluminum construction with plain uncoated finish for lightweight, corrosion-resistant use
• Material grade 3.6 with tensile strength from 42,000 to 55,000 psi
• Lightweight at 0.004 pounds per piece

Compatibility

Designed as a standard 10-24 fully threaded stud for use with any 10-24 threaded nut or tapped hole in assemblies specifying aluminum fasteners.

Installation Notes

Installation is typically performed by maintenance technicians or trade professionals using standard hand tools sized for 10-24 hardware. Always ensure mating threads are clean and free of debris before installation. Avoid overtightening, as aluminum threads are more susceptible to galling and thread damage than steel. Verify material compatibility between the stud and the mating component to prevent galvanic corrosion in environments with dissimilar metals.