Milwaukee Nitrus Carbide Extreme Materials Multi-Tool Blade, 3Pk

Milwaukee Nitrus Carbide Extreme Materials Multi-Tool Blade, 3Pk

The 49-25-1573 Milwaukee Nitrus Carbide Extreme Materials Multi-Tool Blade (3-Pack) is a high-performance oscillating multi-tool blade set built for fast cuts and long life in extreme, mixed materials. Featuring NITRUS CARBIDE™ for the fastest cutting and longest life, these blades deliver up to 2X more cuts vs. carbide teeth blades and include the Universal Fit OPEN-LOK™ anchor for improved strength, control, and wide compatibility. With an optimized blade length, 1-3/8" cutting width, and 2" max plunge depth, plus laser-etched ID markings and a black oxide protective coating, this pack is built for demanding jobsite cutting.

Country of Origin
Made in the U.S.A.

Key Features / Specifications

• Model / Part Number: 49-25-1573
• Brand: Milwaukee
• Product Type: Nitrus Carbide extreme materials multi-tool blades
• Pack Quantity: 3 pack
• Blade Material/Technology: NITRUS CARBIDE™ for fastest cutting and longest life
• Cut Life: Up to 2X more cuts vs carbide teeth blades
• Mount / Interface: Universal Fit OPEN-LOK™ anchor
• Tool Compatibility: Fits all major brands of non-Starlock oscillating multi-tools
• Cutting Width: 1-3/8 in.
• Max Plunge Cut Depth: 2 in.
• Design: Optimized blade length for greater cutting capabilities
• Identification: Long-lasting laser etching for clear, easy blade identification
• Finish/Protection: Black oxide coating for corrosion resistance
• Manufacturing Note: Made in USA with global materials
• Recommended Materials: Screw-embedded wood, nail-embedded wood, plaster, cement board, drywall, and PVC (follow tool speed recommendations for maximum life)

Ideal For

• Cutting extreme mixed materials like nail/screw-embedded wood and cement board
• Remodel and demo work where you need fast cuts and maximum blade life
• Plunge cutting up to 2" deep with a 1-3/8" wide blade
• Users running non-Starlock multi-tools who want broad compatibility
• Jobs where corrosion resistance and quick blade ID help—thanks to black oxide coating and laser etching