-40%

Milwaukee 4182 Ice Hardened Sawzall Blade 14 Teeth per Inch 6" Length 5 Pack

$ 6.85

Availability: 10 in stock
  • MPN: 48-00-4182
  • Blade Diameter (mm): 19
  • All returns accepted: Returns Accepted
  • Return shipping will be paid by: Buyer
  • Item must be returned within: 30 Days
  • Condition: New
  • Blade Diameter (in): 3/4"
  • Brand: Milwaukee
  • Restocking Fee: No
  • Type: sawzall
  • Refund will be given as: Money Back
  • Model: 48-00-4182

    Description

    Milwaukee 4182 Ice Hardened Sawzall Blade 14 Teeth per Inch 6" Length 5 Pack
    Optimized tooth design providing 2X more life than our previous generation SAWZALL blades
    Matrix II bi-metal teeth for greater durability
    Ice hardened for up to 50% longer life
    Cuts heavier gauge pipe  3/16" - 1/4"
    Cryogenic heat treat process improves hardness and wear resistance
    Precision-ground teeth for optimized metal cutting
    Radiused back face for increased tool strength, faster cuts, longer blade life
    Positive rake on cutting edges removes chips
    Six-inch Sawzall blade has 14 TPI
    Includes 5-blades
    The Milwaukee 48-00-4182 Ice Edge Sawzall blade is specifically designed to handle the toughest metal-cutting applications for HVAC, automotive, plumbing, ship building, salvage and more. This next-generation blade features a bi-metal construction with 8-percent cobalt, making the Ice Edge a flexible alternative to other reciprocating blades.
    The added flexibility prevents shock, fatigue, and shattering for safer use and cleaner cuts, while a completely redesigned blade optimizes metal cutting with precision-ground teeth and a radiused back face that increases tooth strength. The end result is faster cuts and up to 50-percent longer blade life than standard Sawzall blades. Another exceptional feature of the Ice Edge blades is the positive rake on the cutting edges. This design removes chips aggressively, while deeper gullets help keep the cut clear and cool to ensure optimal heat resistance.
    Milwaukee's cryogenic heat-treat process induces a permanent change in the microstructure of the high-speed steel cutting edge, and because it penetrates to the full depth of the blade, this treatment improves the hardness, wear-resistance, and dimensional stability of the blade.