Carbide tipped for long life in tough applications. Centric tip ensures quick starts in concrete. Wear mark alerts user when tip wears beyond ANSI specification. Bit runs cooler thanks to improved flute design.
Carbide tipped for long life in tough applications. Centric tip ensures quick starts in concrete. Wear mark alerts user when tip wears beyond ANSI specification. Bit runs cooler thanks to improved flute design.
4-1/2 in Dia Type 27 masonry grinding wheel features high concentration silicon carbide grain construction and proprietary wheel design for added durability. It has 7/8 in arbor and offers speed of 13300 RPM. Grinding wheel is ANSI listed.
Carbide tipped for long life in tough applications. Centric tip ensures quick starts in concrete. Wear mark alerts user when tip wears beyond ANSI specification. Bit runs cooler thanks to improved flute design.
5 in Dia Type 27 masonry grinding wheel features high concentration silicon carbide grain construction and proprietary wheel design for added durability. It has 7/8 in arbor and offers speed of 12200 RPM. Grinding wheel is ANSI listed.
Carbide tipped for long life in tough applications. Centric tip ensures quick starts in concrete. Wear mark alerts user when tip wears beyond ANSI specification. Bit runs cooler thanks to improved flute design.
Type 27 grinding wheel measuring 5 in x 1/4 in, features high concentration aluminum oxide grain construction and proprietary wheel design for added durability. It is suitable optimum material removal and uses three full sheets of fiberglass for strength and protection. It has 7/8 in arbor and offers speed of 12200 RPM. Grinding wheel is ANSI listed.
4-1/2 in Dia Type 27 masonry grinding wheel features high concentration silicon carbide grain construction and proprietary wheel design for added durability. It has 7/8 in arbor and offers speed of 13300 RPM. Grinding wheel is ANSI listed.
Carbide tipped for long life in tough applications. Centric tip ensures quick starts in concrete. Wear mark alerts user when tip wears beyond ANSI specification. Bit runs cooler thanks to improved flute design.