1 Top Tools 2 Inch x 0.113 Smooth Shank Framing Nails 2000 Count Box Coated Steel Collated 21 Degree Fasteners General Construction Sheathing Decking

Drive Professional Precision into Every Frame with Kratos High-Performance Fasteners

The 1 Top Tools 2" x 0.113 Smooth Shank Framing Nails are the professional choice for high-volume construction and general carpentry where speed and ease of penetration are essential. Engineered with a precision-gauged 0.113" smooth shank, these nails are designed to glide effortlessly into various wood species, significantly reducing resistance and minimizing wear on your pneumatic equipment. Whether you are a professional contractor or a dedicated builder, these fasteners provide the reliable structural integrity needed for robust framing and structural assembly.

Ideally suited for sheathing, framing, and decking projects, these nails feature a specialized coating (CTD) to assist in a smoother drive and better overall performance. With 2,000 nails per box, you can maintain a high-speed workflow on the jobsite with fewer interruptions for reloading. These collated fasteners are specifically optimized for use with professional-grade pneumatic nailers, often fitting 28 or 30-degree collation angles to ensure consistent, jam-free firing during critical construction phases.

Key Features

• Smooth Shank Performance: Optimized for easy driving into dense materials for maximum jobsite speed.
• Professional Coating: Features a CTD coating designed for enhanced penetration and reduced friction.
• High-Volume Pack: Includes 2,000 nails (2M) to handle large-scale framing and sheathing tasks efficiently.
• Broad Application: The perfect fastener for general carpentry, structural framing, and decking sub-structures.
• Pneumatic Reliability: Designed for seamless integration with professional-grade pneumatic framing nailers.

What's Included

• (2,000) Kratos 2" x 0.120 Smooth Shank Collated Framing Nails

Specifications

Pro-Tip: To ensure maximum holding power with smooth shank nails, always drive the nail at a slight angle rather than straight into the wood grain. This creates a "clinch" effect that increases the force required to pull the boards apart, providing a more secure structural bond for sheathing and framing.