Diablo Reciprocating Saw Blade DS0908CFA3 9 Inch Steel Demon 3 Pack AMPED 8 TPI 3/16 to 9/16 Inch Metal Capacity Heavy Duty Metal Cutting

High-Efficiency Thick Metal Cutting Technology

The Diablo DS0908CFA3 9-inch Steel Demon AMPED blades are engineered for high-strength metal cutting, utilizing an industrial-grade Black I.C.E. coating to mitigate heat and friction. These blades feature Hi-Performance carbide teeth designed for applications ranging from 3/16-inch to 9/16-inch in thickness, providing up to 100 times the lifespan of standard bi-metal blades. The 1-inch oversized blade body ensures structural rigidity for straighter, low-vibration cuts in heavy-duty demolition and fabrication tasks.

Best Used For:

• Structural Steel Fabrication: Precision cutting through thick-gauge steel angle iron, square tubing, and high-strength alloys.
• Heavy-Duty Demolition: Rapid, efficient removal of cast iron piping, stainless steel components, and embedded fasteners.
• Industrial Maintenance: High-tolerance cutting on machinery parts requiring professional-grade finish and edge durability.

Key Performance & Safety Features

• Black I.C.E. Coating: Proprietary Industrial Cooling Element reduces heat buildup and friction during sustained high-speed use.
• Hi-Performance Carbide: Advanced tungsten carbide formulation engineered for 100X longevity compared to traditional bi-metal designs.
• 1-Inch Oversized Body: Increases vertical stiffness to minimize blade deflection and vibration during aggressive cutting.
• Impact Resistant Connection: Optimized carbide-to-blade bonding prevents tooth shedding when impacting hardened fasteners.
• Universal 1/2-Inch Shank: Standardized tang design ensures compatibility with all professional reciprocating saw platforms.

What's Included

• (3) 9-inch 8 TPI Steel Demon AMPED Carbide Reciprocating Saw Blades

Technical Specifications

Pro-Tip: To significantly extend blade life, maintain constant pressure against the work surface and use a slower stroke-per-minute (SPM) setting for high-density alloys to prevent thermal hardening of the metal.