NEW! MILWAUKEE 49-56-0305 6-3/8- INCH TUNGSTEN CARBIDE HOLE SAW Using a Tungsten Carbide Grit edge, Recessed Light Hole Saws cut through Drywall, plaster, acoustical tile, ceiling tile and stucco with wire mesh. All hole sizes are available for standard Recessed Lights, 4-3/8 inch through 6-7/8 inch.
NEW! MILWAUKEE 49-56-0142 2-3/8 INCH BI METAL ICE HARDENED HOLE SAW Milwaukee® Ice Hardened™ products utilize a proprietary cryogenic hardening process that improves upon traditional heat treat processes. Unlike surface coatings that wear away, cryogenics harden to the core by minimizing soft metal (austenite) and creating more hard metal (martensite).
NEW! MILWAUKEE 49-56-0167 2-7/8 INCH BI METAL ICE HARDENED HOLE SAW Milwaukee® Ice Hardened™ products utilize a proprietary cryogenic hardening process that improves upon traditional heat treat processes. Unlike surface coatings that wear away, cryogenics harden to the core by minimizing soft metal (austenite) and creating more hard metal (martensite).
NEW! MILWAUKEE 49-56-0187 3-3/8 INCH BI METAL ICE HARDENED HOLE SAW Milwaukee® Ice Hardened™ products utilize a proprietary cryogenic hardening process that improves upon traditional heat treat processes. Unlike surface coatings that wear away, cryogenics harden to the core by minimizing soft metal (austenite) and creating more hard metal (martensite).
NEW! MILWAUKEE 49-56-0247 5-1/2 INCH BI METAL ICE HARDENED HOLE SAW Milwaukee® Ice Hardened™ products utilize a proprietary cryogenic hardening process that improves upon traditional heat treat processes. Unlike surface coatings that wear away, cryogenics harden to the core by minimizing soft metal (austenite) and creating more hard metal (martensite).
NEW! MILWAUKEE 49-56-0207 3-7/8 INCH BI METAL ICE HARDENED HOLE SAW Milwaukee® Ice Hardened™ products utilize a proprietary cryogenic hardening process that improves upon traditional heat treat processes. Unlike surface coatings that wear away, cryogenics harden to the core by minimizing soft metal (austenite) and creating more hard metal (martensite).
NEW! MILWAUKEE 49-56-0237 4-3/4 INCH BI METAL ICE HARDENED HOLE SAW Milwaukee® Ice Hardened™ products utilize a proprietary cryogenic hardening process that improves upon traditional heat treat processes. Unlike surface coatings that wear away, cryogenics harden to the core by minimizing soft metal (austenite) and creating more hard metal (martensite).
NEW! MILWAUKEE 49-56-0223 4-1/4 INCH BI METAL ICE HARDENED HOLE SAW Milwaukee® Ice Hardened™ products utilize a proprietary cryogenic hardening process that improves upon traditional heat treat processes. Unlike surface coatings that wear away, cryogenics harden to the core by minimizing soft metal (austenite) and creating more hard metal (martensite).
NEW! MILWAUKEE 49-56-0233 4-1/2 INCH BI METAL ICE HARDENED HOLE SAW Milwaukee® Ice Hardened™ products utilize a proprietary cryogenic hardening process that improves upon traditional heat treat processes. Unlike surface coatings that wear away, cryogenics harden to the core by minimizing soft metal (austenite) and creating more hard metal (martensite).
NEW! MILWAUKEE 49-56-083 3-1/4 INCH BI METAL ICE HARDENED HOLE SAW Milwaukee® Ice Hardened™ products utilize a proprietary cryogenic hardening process that improves upon traditional heat treat processes. Unlike surface coatings that wear away, cryogenics harden to the core by minimizing soft metal (austenite) and creating more hard metal (martensite).
NEW! MILWAUKEE 49-56-0173 3-INCH BI METAL ICE HARDENED HOLE SAW Milwaukee® Ice Hardened™ products utilize a proprietary cryogenic hardening process that improves upon traditional heat treat processes. Unlike surface coatings that wear away, cryogenics harden to the core by minimizing soft metal (austenite) and creating more hard metal (martensite).
NEW! MILWAUKEE 49-56-0197 3-5/8 BI METAL ICE HARDENED HOLE SAW Milwaukee® Ice Hardened™ products utilize a proprietary cryogenic hardening process that improves upon traditional heat treat processes. Unlike surface coatings that wear away, cryogenics harden to the core by minimizing soft metal (austenite) and creating more hard metal (martensite).
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