3″ Type R Quick Change Disc
Dense, blocky grain well suited for general purpose grinding and stock removal. Durable use on ferrous, non-ferrous, stainless steels, alloys and non-metallics.
Dense, blocky grain well suited for general purpose grinding and stock removal. Durable use on ferrous, non-ferrous, stainless steels, alloys and non-metallics.
Dense grains continually generate new cutting edges, ideal for long lasting stock removal. Sharp grains reduce heat and friction in high pressure applications.
Dense grains continually generate new cutting edges, ideal for long lasting stock removal. Sharp grains reduce heat and friction in high pressure applications.
Dense grains continually generate new cutting edges, ideal for long lasting stock removal. Sharp grains reduce heat and friction in high pressure applications.
Dense grains continually generate new cutting edges, ideal for long lasting stock removal. Sharp grains reduce heat and friction in high pressure applications.
Reduced heat, general purpose grinding action on a variety of materials. Ideal for stock removal, shaping and deburring. Specially applied grinding aid reduces heat in aggressive, high pressure applications, extending cutting life.
Reduced heat, general purpose grinding action on a variety of materials. Ideal for stock removal, shaping and deburring. Specially applied grinding aid reduces heat in aggressive, high pressure applications, extending cutting life.
Reduced heat, general purpose grinding action on a variety of materials. Ideal for stock removal, shaping and deburring. Specially applied grinding aid reduces heat in aggressive, high pressure applications, extending cutting life.
Long lasting, durable grains and sharp cutting action with additional grinding aid to reduce heat generation. Cooler cut reduces friction and premature breakdown of grains and backing.
Hard, friable grain exposes sharp edges under light pressure. Contaminate free and safe for aerospace and food processing applications. Ideal for final processing or sanitary polishing applications.