14 Gauge Straight ND Brads

14-gauge ND brads are heavy-duty 14-gauge fasteners with a T-shaped head and chisel point, commonly used for timber fixing applications like flooring, cabinetry, architraves, and window reveals. Designed for high-strength, they are available in electro-galvanised and stainless steel finishes to resist corrosion.

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14 Gauge Straight ND Brads

 

Material: Galvanised wire, Stainless Steel

Head type: T head

Head size: 1.60 x 3.50mm

Shank diameter: 1.65 x 2.25mm (14 gauge)

Length: 32mm, 38mm, 45mm, 50mm, 62mm and 70mm

Delivery time: 7~30 days as per your quantity.

Frequently Asked Questions About 14 Gauge Straight ND Brads

 

Q1:How to choose the brad sizes?

A: The rule of thumb is that the brad should be 2.5 to 3 times the thickness of the top piece of material. This ensures a secure anchor into the substrate without piercing through the back.

Q2:What is difference between DA nails and DN nails?

A: The primary difference is that ND brads are 14-gauge straight brads with a T-shaped head used primarily for general timber fixing, while NA brads (more accurately DA brads) are 15-gauge angled brads commonly used in angled trim guns for molding. ND brads offer a stronger hold, while DA brads are better for tight spaces.

Q3:When we use the ND brads.

A: 14-gauge ND brad nails are used for heavy-duty fixing and trim applications, including window reveals, fascia boards, skirting, architraves, door jambs, and light framing. They offer superior holding strength compared to thinner 16-18 gauge nails, preventing pull-through on larger timber components while providing good resistance to corrosion.

Q4: What are the common materials?

A: Available in stainless steel for exterior or rust-sensitive projects (like kitchens/bathrooms) and galvanised for interior, non-exposed applications.

Q5. How to choose the right length?

A: Choose DA brad lengths that are two to three times the thickness of the material being fastened. For example, use 1½-inch nails for ½-inch moulding. Ensure the nail penetrates the base material but does not exit the other side, generally aiming for a total length of roughly 1/4 inch less than the combined thickness of the materials.