Headed Stud

Headed Stud

A Headed Stud (also known as shear studs) has either a forged Hex Head or welded Hex head on one end and the other end is threaded for accepted hardware.  Headed studs are used in steel construction such as buildings, beams, bridges and more.

An anchor bolt is a heavy duty fastener most often used to connect objects to concrete. An anchor bolt is an assembly made up of round steel bar, nuts, flat washers and plate steel. Multiple configurations are used by design to meet specific engineering.

With one day shipping to over 12 states, including the Southeast and East Coast, our turnaround is exceptional. You can also pick up in Charlotte, or have your order delivered directly to you on the job site.

Contact us, or call 704-597-5082 to learn more.

 

Headed Stud

Headed Stud

A Headed Stud (also known as shear studs) has either a forged Hex Head or welded Hex head on one end and the other end is threaded for accepted hardware.  Headed studs are used in steel construction such as buildings, beams, bridges and more.

An anchor bolt is a heavy duty fastener most often used to connect objects to concrete. An anchor bolt is an assembly made up of round steel bar, nuts, flat washers and plate steel. Multiple configurations are used by design to meet specific engineering.

With one day shipping to over 12 states, including the Southeast and East Coast, our turnaround is exceptional. You can also pick up in Charlotte, or have your order delivered directly to you on the job site.

Contact us, or call 704-597-5082 to learn more.

 

Clear

A Headed Stud, also referred to as shear studs, is a specialized construction component designed with a forged Hex Head or welded Hex head on one end, while the other end is threaded to accommodate accepted hardware. These studs are widely employed in steel construction projects, including buildings, beams, bridges, and more.

The distinctive feature of a Headed Stud lies in its dual-ended design. The forged or welded Hex Head provides a larger surface area for enhanced load-bearing capacity and improved resistance against shear forces. This design ensures a secure connection between the stud and the steel structure, preventing any slippage or failure under heavy loads or dynamic forces.

There is extensive use in steel construction for these types of studs due to their ability to provide reliable and efficient connections. They are commonly utilized in composite steel beams, where the studs are welded to the top flange. The threaded end of the stud allows for the attachment of accepted hardware, such as nuts and washers, to create a robust connection between the beam and the concrete slab. This composite action between the steel beam and the concrete enhances the overall structural integrity, stiffness, and load-carrying capacity of the composite member.

In steel bridges, Headed Studs are employed in the construction of bridge decks. They are welded to the top flange of steel girders, and the threaded ends are left protruding above the deck surface. The exposed threaded ends are then used to connect the bridge deck to the steel girders, providing a secure and durable connection that can withstand the forces and vibrations experienced by the bridge.

They are used to secure steel columns, beams, and other structural elements, ensuring the stability of high-rise buildings and preventing any movement or separation during seismic events or high winds. The combination of the forged or welded Hex Head and the threaded end enables strong and reliable connections that can withstand the demands of tall structures.

The usage of Headed Studs in steel construction offers numerous advantages. Their unique design provides exceptional load-bearing capacity, allowing for the secure attachment of structural components. The forged or welded Hex Head adds strength and durability, making them suitable for demanding applications.

Headed Studs, also known as shear studs, are vital components in steel construction. With their forged or welded Hex Head on one end and threaded end on the other, they provide reliable and efficient connections in buildings, beams, bridges, and other steel structures. The robust design, load-bearing capacity, and ease of installation make these studs indispensable for creating secure and durable connections in steel construction projects.