Stanley Bostitch BT1340B 18 Gauge Brad Nail 1-9/16 in 2000pk

Product Description

The STANLEY BOSTITCH BT1340B is an 18-gauge galvanized brad nail designed for finish carpentry, trim work, and light fastening applications. Each nail measures 1-9/16 inches in length and features a galvanized coating that resists corrosion in both interior and exterior conditions. This pack contains 2000 nails, making it a practical bulk option for contractors and finish carpenters who move through fasteners at volume. The 18-gauge diameter delivers holding strength without splitting delicate trim stock, and the standard shank profile feeds reliably through most 18-gauge pneumatic brad nailers.

These brad nails are suited for residential and light commercial finish work including door and window casing, base molding, cabinet installation, and paneling. The 1-9/16-inch length handles standard trim stock and thin sheathing where a longer fastener would over-penetrate. Contractors, finish carpenters, and experienced DIYers will find the 2000-count quantity practical for extended project runs without frequent reloading.

Key Features

• 18-gauge wire diameter for clean, low-splitting penetration in trim and molding
• 1-9/16-inch length suits door casing, base trim, and cabinet face frames
• Galvanized coating provides corrosion resistance for interior and exterior applications
• 2000-nail bulk pack reduces downtime from frequent magazine reloads
• Compatible with most 18-gauge pneumatic brad nailers

Compatibility

Fits most 18-gauge brad nailers. Consult your nailer manufacturer specifications to confirm nail length range before loading.

Installation Notes

Brad nails are installed by licensed finish carpenters and general contractors using pneumatic nailers regulated to the tool manufacturer's recommended operating pressure. Always disconnect the nailer from its air supply before clearing jams or changing nail strips. Eye protection is required during all nailing operations. Follow local building codes for fastener schedules where structural connections are involved.