Senco A100629 Micro Pin Nail 5/8 in 23 Gauge Galvanized 2600 Ct

Product Description

The SENCO FASTENING SYSTEMS A100629 is a headless micro pin nail designed for precision fastening in finish carpentry and decorative trim work. This nail measures 5/8 inches in length and is manufactured in 23 gauge wire with a straight collation format. The galvanized finish provides corrosion resistance for typical interior finish applications. Each box contains 2,600 nails. Licensed carpenters, trim installers, and finish contractors rely on headless pin nails when a virtually invisible fastener point is required, eliminating the need for extensive hole filling or putty work after installation.

This pin nail is suited for lightweight trim fastening tasks where splitting or visible nail holes are a concern. Typical applications include small decorative trim, glazing bead, wood carvings, picture frame molding, and similar fine finish work. The headless design leaves a hole so small it is nearly undetectable after installation. Standard tensile strength makes this nail appropriate for securing light materials where holding power requirements are modest and finish appearance is the priority.

Key Features

• Headless design leaves minimal hole requiring little to no filling
• 23 gauge wire reduces splitting risk in thin or delicate wood stock
• 5/8 inches length suits shallow fastening in trim and molding work
• Galvanized coating provides corrosion resistance
• Straight collation for reliable magazine feeding
• 2,600 nails per box for extended use between reloads

Compatibility

Compatible with the Senco FinishPro10, Senco FinishPro11, Porter-Cable Pin100, and Accuset A100MP pin nailers.

Installation Notes

Installation is performed by finish carpenters and trim installers using a compatible 23 gauge pin nailer. Confirm the nailer magazine is unloaded before loading or clearing a jam. Follow the nailer manufacturer guidelines for air pressure settings and magazine capacity. Drive pins into the workpiece at the angle recommended by the tool manufacturer to avoid surface damage on finish materials.