Bi-metal Reciprocating Saw Blade, 6 Tpi, 9 In.

Discover the power of the 9‑Inch Bi‑Metal Reciprocating Saw Blade at Farmers Supply Co. in Wilmington, NC. Engineered with a resilient bi‑metal construction, this blade delivers exceptional flexibility while resisting breakage during demanding cuts. Its 6 teeth per inch configuration ensures smooth, rapid removal of material, and the compact 9‑inch length provides optimal control in tight spaces. The precision‑ground 3° shank delivers quick, secure attachment for efficient tool changes, while the +5° hook angle accelerates cutting through even the toughest wood.

Benefits Paragraph: Designed for professional carpenters and DIY enthusiasts alike, this blade enhances productivity by delivering clean, fast cuts in a variety of wood applications. The matrix ii steel core infused with 8% cobalt maximizes durability, reducing blade wear and extending service life. Whether tackling framing, trim, or demolition work, users benefit from reduced vibration and smoother operation, making it ideal for projects in Wilmington homes and workshops.

• Feature 1: 6 TPI Cutting Pattern – Provides balanced tooth spacing that removes material quickly while maintaining a smooth finish, perfect for general‑purpose wood cutting.
• Feature 2: Bi‑Metal Construction – Combines high‑speed steel teeth with a flexible alloy body to resist breakage and deliver long‑lasting performance.
• Feature 3: 3° Shank Design – Enables rapid blade changes and a secure fit in reciprocating saws, reducing downtime on the job site.
• Feature 4: +5° Hook Angle – Increases feed rate, allowing faster penetration through dense wood and reducing operator effort.
• Feature 5: Matrix II Steel with 8% Cobalt – Offers superior hardness and wear resistance, extending blade life for frequent use.

Dynamic Closing Section: Upgrade your cutting arsenal with this reliable 9‑inch bi‑metal blade and experience unmatched speed and durability. Visit Farmers Supply Co. in Wilmington today to see the blade in action and take the next step toward more efficient woodworking.