Makita E-01965 9‑1/4" 24T Carbide‑Tipped Max Efficiency Circular Saw Blade, Framing

Product description

The Makita® 9-1/4 in. 24T Carbide-Tipped Max Efficiency Circular Saw Blade is ideal for a framers using cordless circular saws for a full range of wood cutting applications. The ultra-thin kerf design (only 0.087 in.) and specially engineered blade teeth assist in reducing the load put on the tool while cutting, resulting in increased cutting efficiency. Users get up to 50% faster cutting and up to 45% more cuts per charge compared to standard blades.A reduced swing width allows for smoother material removal and less cutting resistance. The high-grade Tungsten carbide tips are engineered for improved durability and longer blade life, and the special ATAFR (Alternate Top Alternate Face with Raker) carbide tips provide smoother and faster cuts. Other added features include a blade coating for reduced pitch build-up and slimmer tip bottoms for lower cutting resistance.

• EFFICIENCY : Up to 45% more cuts per charge compared to standard blades
• SPEED : Up to 50% faster cutting compared to standard blades
• DURABILITY : High grade Tungsten carbide tips for durability
• DESIGN : Special ATBR (Alternate Top Bevel w/ Raker) carbide tips provide smoother and faster cuts
• INCLUDES : 9-1/4" 24T Carbide-Tipped Max Efficiency Ultra-Thin Kerf Circular Saw Blade, Framing

• Up to 45% more cuts per charge compared to standard blades
• Up to 50% faster cutting compared to standard blades
• Ultra-Thin 0.087" kerf reduces the load put on the tool
• High grade Tungsten carbide tips for durability
• Special ATBR (Alternate Top Bevel w/ Raker) carbide tips provide smoother and faster cuts
• Blade coating provides reduced pitch build-up for smoother cuts
• Specially engineered teeth assist to reduce the load put on the tool while cutting
• Reduced swing width allow for smoother material removal with less cutting resistance
• Top bevel angle designed with a sharp 20° tip which provides a smoother cut
• Slimmer tip bottoms provide lower cutting resistance.