
Milwaukee
48-00-1450 Reciprocating Saw Blade, 3/4 In W, 9 In L, Diamond Cutting Edge
Key Features
AI Generated- Delmont contractors count on its durability for the hardest cuts.
- No complicated setup—just attach and cut.
- With its reinforced shape, the blade maintains alignment during demanding cuts.
- American‑made construction ensures consistent performance.
Local Delivery
Shipping
Return Policy
Easy returns available. Eligibility rules may apply.
The Milwaukee Torch reciprocating saw blade is engineered for cutting hard, abrasive materials where standard blades wear out quickly. This 9-inch blade features industrial diamond-grit particles embedded in a high-strength nickel alloy braze, delivering superior wear resistance and extended blade life compared to traditional carbide-grit alternatives.
Whether you're cutting cast iron, hard tile, ceramic, plaster, masonry, brick, or fiberglass, the Torch blade maintains its edge far longer and cuts faster than standard carbide options. Its durable tall profile is designed to help achieve straight cuts on dense substrates, making it a reliable choice for demanding cutting applications.
Features and Benefits
- Diamond Grit Technology: Industrial diamond particles embedded in high-strength nickel alloy provide exceptional wear resistance and longevity.
- Extended Blade Life: Lasts up to 30 times longer than traditional carbide grit blades.
- Faster Cutting Speed: Cuts approximately 2 times faster than standard carbide grit blades.
- Tall Blade Profile: The taller profile helps achieve straight cuts even on dense substrates.
- Universal Compatibility: Features a universal 1/2-inch shank that fits most reciprocating saws, including SAWZALL models.
- Versatile Material Range: Ideal for cast iron, hard tile, ceramic tile, plaster, masonry, brick, and fiberglass.
Specifications
- Brand: Milwaukee
- Model: 48-00-1450
- Length: 9 inches
- Width: 3/4 inch
- Thickness: 1/3 inch
- Cutting Edge: Diamond grit embedded in high-strength nickel alloy braze
- Shank: Universal 1/2 inch





















