Which screws are used to attach steel studs to the top and bottom steel track?

Which screws are used to attach steel studs to the top and bottom steel track?

• A. pan head, type S screws up to 14-gauge
• B. wood screws
• C. masonry screws
• D. sheet metal screws with washers

Answer: (A)

The choice of pan head, type S screws up to 14-gauge for attaching steel studs to the top and bottom steel track is correct because these screws are specifically designed for use with metal framing systems. Type S screws feature a sharp point and a self-drilling ability, which allows them to penetrate the steel tracks and studs without pre-drilling, making the installation process quicker and more efficient. Their pan head provides a larger surface area, which helps distribute the load and reduces the risk of pull-through. These screws are typically used in applications involving 14-gauge steel and are well-suited for lightweight metal stud framing, offering a strong and secure connection. The combination of material compatibility, ease of use, and structural integrity makes them the preferred choice for this type of construction, ensuring durability and stability in the finished framing.

The choice of pan head, type S screws up to 14-gauge for attaching steel studs to the top and bottom steel track is correct because these screws are specifically designed for use with metal framing systems. Type S screws feature a sharp point and a self-drilling ability, which allows them to penetrate the steel tracks and studs without pre-drilling, making the installation process quicker and more efficient. Their pan head provides a larger surface area, which helps distribute the load and reduces the risk of pull-through.

These screws are typically used in applications involving 14-gauge steel and are well-suited for lightweight metal stud framing, offering a strong and secure connection. The combination of material compatibility, ease of use, and structural integrity makes them the preferred choice for this type of construction, ensuring durability and stability in the finished framing.