Milwaukee® 48-40-4070 Thin Kerf Circular Saw Blade, 5-3/8 in Dia x 0.05 in THK, 20 mm Arbor, Alloy Steel Blade, 30 Teeth

20233786 MFG #: 48-40-4070
  • Brand: Milwaukee®
  • Type: Thin Kerf
  • Diameter: 5-3/8
  • Thickness: 0.05
  • Arbor Size: 20
  • Teeth Type: ATB
  • Number of Teeth: 30
  • Maximum Speed: 4500
  • Cutting Depth: 2
  • Kerf: 0.06
  • Cutting Edge Material: Carbide, Carbide Tip
  • Blade Material: Alloy Steel
  • Applicable Materials: Metal
Milwaukee® Circular Saw Blade, Thin Kerf, 5-3/8 in Diameter, 0.05 in Thickness, 20 mm Arbor, ATB Teeth, 30 Teeth, 4500 rpm Maximum, 2 in Cutting Depth, 0.06 in Kerf, Carbide Tip Cutting Edge, Alloy Steel Blade, Applicable Materials: Metal
  • No extreme heat buildup preserves blade life and allows handling the workpiece immediately
  • No extreme heat buil
  • No burrs eliminates secondary operations saving time and money
  • No burrs eliminates
  • Lasts up to 25x longer than abrasive blades
  • Lasts up to 25x long
  • Dry - no lubricant required, saving time and money with less mess
  • A hand-tensioned, hardened alloy steel body extends blade life and delivers the highest qu
  • Carbide tipped teeth with alternate top bevel grind shear through metal leaving burr-free
  • Thin kerf that reduces the amount of drag and resistance while cutting, resulting in more
No extreme heat buildup preserves blade life and allows handling the workpiece immediately
• No extreme heat buildup preserves blade life and allows handling the workpiece immediately
No burrs eliminates secondary operations saving time and money
• No burrs eliminates secondary operations saving time and money
Lasts up to 25x longer than abrasive blades
• Lasts up to 25x longer than abrasive blades
Dry - no lubricant required, saving time and money with less mess
A hand-tensioned, hardened alloy steel body extends blade life and delivers the highest quality cuts available
Carbide tipped teeth with alternate top bevel grind shear through metal leaving burr-free and cool-to-touch cuts
Thin kerf that reduces the amount of drag and resistance while cutting, resulting in more cuts per charge