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Blade Saw Cir 5-3/8Inx20Mmx0.05In 30 Atb

48-40-4070 MFG #: 48-40-4070
$57.92 / EA
  • Manufacturer: Milwaukee Tool
  • 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 Tip
  • Blade Material: Alloy Steel
  • Applicable Materials: Metal
  • Brand: Milwaukee®
Milwaukee® MetalTech™ 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 Cutting Edge, Alloy Steel Blade, Applicable Materials: Metal
QTY
  • No extreme heat build-up preserves blade life and allows handling the workpiece immediately
  • Carbide blade for cutting metal
  • No burrs eliminates secondary operations saving time and money
  • No lubricant required
  • Lasts up to 25x longer than abrasive blades
  • Minimizes heat buildup
  • Dry - no lubricant required, saving time and money with less mess
  • Burr-reducing design
  • A hand-tensioned, hardened alloy steel body extends blade life and delivers the highest quality cuts
  • Carbide tipped teeth with alternate top bevel grind shear through metal leaving burr-free, cool-to-t
  • Thin kerf that reduces the amount of drag and resistance while cutting, resulting in more cuts per c
No extreme heat build-up preserves blade life and allows handling the workpiece immediately
Carbide blade for cutting metal
No burrs eliminates secondary operations saving time and money
No lubricant required
Lasts up to 25x longer than abrasive blades
Minimizes heat buildup
Dry - no lubricant required, saving time and money with less mess
Burr-reducing design
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, cool-to-touch cuts
Thin kerf that reduces the amount of drag and resistance while cutting, resulting in more cuts per charge