Value Collection 407-1540 Fully Threaded Stud 8-32 2 in

Product Description

The VALUE COLLECTION 407-1540 is a fully threaded stud with an 8-32 thread size and an overall length of 2 inches. The stud is threaded along its entire 2-inch length, providing maximum thread engagement wherever it is installed. Constructed from carbon steel with a plain, uncoated finish, it meets a minimum tensile strength of 60,000 psi and carries a material grade of 5.8. This fastener is used by mechanical contractors, maintenance technicians, electricians, and plumbers for panel mounting, equipment assembly, and general threaded fastening applications across HVAC, electrical, and plumbing trades.

This stud is suited for light-duty to medium-duty fastening tasks in both residential and commercial settings. Its 8-32 thread size is common in electrical enclosures, control panels, fan assemblies, and equipment mounting brackets. The fully threaded design allows nuts or threaded standoffs to be positioned anywhere along the length, making it adaptable to varying material stack thicknesses. This item is sold individually but requires a minimum order quantity of 25 pieces per order.

Key Features

• Fully threaded along the entire 2-inch length for maximum positioning flexibility
• 8-32 thread size compatible with standard UNC hardware
• Carbon steel construction with a minimum tensile strength of 60,000 psi
• Material grade 5.8 for reliable performance in general fastening applications
• Plain, uncoated finish suitable for dry or interior environments
• Minimum order quantity of 25 pieces per order

Compatibility

Designed as a standard 8-32 fully threaded stud for general mechanical, electrical, and panel assembly applications where UNC-threaded fasteners are specified.

Installation Notes

Installation is performed by hand or with standard hex drivers, wrenches, or nut drivers sized for the 8-32 thread. De-energize any electrical panel or equipment before installing or removing studs in live enclosures. Verify thread engagement depth meets the requirements of the application before torquing mating hardware. Use appropriate thread-locking methods if vibration is a concern in the installation environment.