Milwaukee 5-3/8" 16T Framing Circular Saw Blade 48-40-0522
SKU 48-40-0522
Model Number: MIL48400522
Original price
$14.97
-
Original price
$14.97
Original price
$14.97
$14.97
-
$14.97
Current price
$14.97
MAXIMIZED CORDLESS RUNTIME EFFICIENCY
Engineered for the rigorous demands of high-volume framing operations, the Milwaukee 48-40-0522 is a masterclass in carbide metallurgy. Designed specifically to reduce the mechanical strain on cordless drive systems, this 5-3/8-inch blade utilizes a precision-engineered thin-kerf profile to maximize battery lifecycle while maintaining extreme cutting velocity in structural lumber. The integration of cobalt-infused tungsten carbide ensures the 16-tooth geometry maintains its structural integrity far longer than standard framing alternatives, providing a superior ROI for commercial tool fleets and high-production jobsites.
- / Cobalt Infused Tungsten Carbide: Maintains razor-sharp tip geometry significantly longer to extend the duty cycle between blade swaps.
- / Thin Kerf 0.063" Profile: Minimizes material removal and motor drag to significantly increase cuts-per-charge on M12 and M18 cordless saws.
- / Laser Cut Vibration Slots: Dampens harmonic resonance during high-RPM operation to eliminate blade wobble and ensure true-tracking accuracy.
- / PTFE Anti-Friction Coating: Provides a barrier against gumming and heat buildup, preventing pitch accumulation and corrosion.
- / 15-Degree ATB Grind: Delivers aggressive wood-clearing performance while maintaining smooth entry and exit in dimensional lumber.
TECHNICAL SPECIFICATIONS
Diameter: 5-3/8"
Teeth: 16
Arbor Size: 10mm
Kerf Thickness: 0.063"
Tooth Grind: 15-Degree ATB
Hook Angle: 15-Degree
Application: Wood Framing
Blade Material: Cobalt Infused Tungsten Carbide
Teeth: 16
Arbor Size: 10mm
Kerf Thickness: 0.063"
Tooth Grind: 15-Degree ATB
Hook Angle: 15-Degree
Application: Wood Framing
Blade Material: Cobalt Infused Tungsten Carbide
WHAT'S IN THE BOX
- / (1) 5-3/8" 16T Framing Circular Saw Blade (48-40-0522) - Note: Must be ordered in multiples of 5.