Loading
WE DELIVER! GET WHAT YOU NEED DELIVERED STRAIGHT TO YOUR HOME. LEARN MORE >
Milwaukee

Milwaukee 49-25-1269 Blade, 1-3/4 in, 1-5/8 in D Cutting, HSS/Titanium

  • Model Number: 49-25-1269
  • UPC: 045242571079
  • Store SKU: loading
  • Milwaukee 49-25-1269 Blade, 1-3/4 in, 1-5/8 in D Cutting, HSS/Titanium

    • Availability:
      • Supplier SKU: loading
      • Web SKU: 103320262
    Milwaukee 49-25-1269

    Our bi-metal multi-material universal fit oscillating multi-tool blades provide up to 15X longer life vs. high-carbon steel blades. The Titanium Charged Coating provides increased durability while cutting for maximum wear resistance. These bi-metal blades offer fast plunge and rip cuts and have a black oxide-coating to prevent rust. They are also clearly laser etched for clear blade identification. These OMT Blades have a durable, reinforced Universal Fit anchor that is compatible with all major brands of non-Starlock tools. They are made for use in wood, nails, PVC, copper pipe and drywall. Our oscillating multi-tool blades are designed and made in the USA with global materials.

    Applicable Materials    :    PVC, Soft Metal, Wood
    Attachment Type    :    Open-Lok Anchor
    Color    :    Black
    Cutting Depth    :    1-5/8 in
    Length    :    2.2 in
    Material    :    HSS/Titanium
    Size    :    1-3/4 in
    Suitable for    :    Milwaukee, DEWALT, Rockwell, Ridgid, Makita, Craftsman, Ryobi, Porter-Cable, Dremel, Fein and Bosch Oscillating Multi-Tools
    Thickness    :    0.46 in
    Tooth Type    :    Flush Cut, Plunge
    Width    :    1-3/4 in
    • Titanium Charged coating for maximum wear resistance
    • Fast plunge and rip cuts
    • Durable, reinforced anchor
    • Universal fit anchor fits all major brands of non-starlock tools
    • For use in wood, nails, PVC, copper pipe and drywall
    • 1-3/4 in cutting width
    • 2-3/16 in max plunge depth
    • Rust-resistant with black oxide-coating
    • Clear blade identification with laser etched markings
    • Made in the USA with global materials