Dead on EX9 Nail Puller 10.625 in S-5 Grade Steel

Product Description

The DEAD ON EX9 is a nail puller built for tradespeople who need reliable pulling force in a compact, durable hand tool. At 10.625 inches overall length, this tool falls into the under-12-inch class, making it well-suited for tight spaces and finish work. The body is investment cast from S-5 grade steel, a process that produces dense, precise geometry with good edge retention under repeated prying loads. At 1.3 pounds, it carries enough mass for controlled leverage without adding fatigue during extended use. Licensed tradespeople in carpentry, millwork, framing, and general construction will find this a practical addition to a hand-tool kit.

This nail puller is appropriate for residential and light commercial jobsites where pulling nails cleanly without splitting trim or substrate material is a priority. Investment cast S-5 grade steel construction makes it suitable for applications where durability and consistent geometry matter, such as finish carpentry, cabinet installation, concrete form stripping, and general demolition tasks. It ships as a single-piece unit with no accessories required.

Key Features

• Investment cast S-5 grade steel body for dense, durable construction
• 10.625 inches overall length for use in confined or finish-work environments
• 1.3 pounds — balanced weight for controlled leverage
• Single-piece tool — no assembly required
• Compact overall length fits under the 12-inch class for jobsite portability

Compatibility

Designed as a general-purpose nail puller suited to standard hand-tool applications in finish carpentry, framing, and light demolition work.

Installation Notes

No power source or fasteners are required for this hand tool. Before use on finished surfaces, protect adjacent material with a scrap block or shim to prevent marring. Inspect the tool before each use for cracks or deformation at the tip, which can reduce pulling control. This tool is intended for hand operation only — do not strike with a hammer unless the tool design specifically supports it.