1 1/2" (120PKT) Steel Nail - Per Ctn

Key specs: length 1.5 inches, material carbon steel, packed 120 nails per carton, described as corrosion‑resistant for basic durability in typical woodworking tasks.

They’re ideal for DIY and woodworking like framing hinges or frames, attaching trim, hanging frames, small repairs, and other general wood projects.

Align the nail with the join area, use a hammer or nail gun to drive straight, avoid bending, drive until the head sits flush with the surface, and consider predrilling in very hardwood or dense boards to prevent splitting.

The 1.5 in nail provides more length for thicker boards than a 1-1/4 in nail, offering greater hold. A 2 in nail is longer and better for thicker materials or deeper joints but may be overkill for trim. For exploring these alternatives on Fepy, you can search: 1-1/4 inch steel nails (https://fepy.com/search?q=1-1%2F4+inch+steel+nails) and 2 inch steel nails (https://fepy.com/search?q=2+inch+steel+nails).

They are described as corrosion‑resistant, which is fine for indoor use. For outdoor or high‑exposure environments, consider galvanized or stainless options for enhanced weather resistance.

Wear eye protection, keep fingers away from the strike zone, use steady hands with a proper grip, and store nails in a dry place to prevent rusting. If working near others, maintain a safe working area.

Each carton contains 120 nails. Store in a dry, cool place in the original packaging to prevent moisture exposure and rust.

With 120 nails per carton, you get a cost‑effective, bulk option for ongoing wood projects. The carbon steel formulation offers reliable strength for common woodworking tasks at a practical price point.

Match the nail length to the board thickness and the task: use about the full depth of into the second board for a strong join, or shorter for trim and light‑duty jobs. For thicker assemblies, longer nails like 2 inches may be more appropriate.

Generally, it's best to use new nails for structural or load‑bearing work. Removed nails are often bent or weakened and may not provide reliable holding power for future fixes.