Use 10d (3”) or 16d (3½”) nails for framing, 10d or 12d (3¼”) for 5/4 deck boards and 16d for 2-inch planks, and 6d (2”), 8d (2½”) or 10d for railings. Always use galvanized or stainless steel spiral or ring shaft nails to fasten pressure-treated, cedar, or redwood boards.

What nails should I use to frame a deck?

Framing: Use 10d or 16d common, spiral, or ringshank nails or decking screws in 2x stock, 8d or 10d box or ringshank nails or shorter deck screws in thinner stock. Attach framing hardware with the fasteners supplied by the manufacturer, 16d nails, or 3-inch deck screws.

Should I use nails or screws for deck framing?





Due to the way wind can get beneath a deck and pull on it, nails will bend and prevent the deck from moving while screws, which have a significantly lower shear strength, will break. So normally a combination of screws and nails are best for the framing process.

Can you use nails for deck frame?

The Consensus: For a deck build it’s best to use a combination of nails and screws. In fact, if you look at many project specs and building regulations for decks you’ll find that for some parts nails are called for while in other areas of the build nails or screws can be used.

Can you use screws for deck framing?

Our inspectors have seen a disturbing trend of late: people using wood or deck screws when building structural elements. This means ordinary wood screws cannot be used to attach rafters to top plates, or joists to beams.

What is a 16d common nail?

What is a 16d Nail? A 16d nail is one that is 3-1/2 inches long.

Can I use screws for deck joist?





Quote from the video:
Quote from Youtube video: Don't use deck screws flooring screws travel screws don't use anything but an approved nail or screw for your hangers.

Why can you not use screws for framing?

The reason why a nail is better than a screw for framing is because of its flexibility. There are two kinds of strength associated with fasteners, and those are shear and tensile strength. Shear strength is the amount of perpendicular force an object can bear.