3″ Type R Quick Change Disc
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.
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.
Self-sharpening grains continually produce fresh cutting points, reducing friction and prolonging cut rates under lighter pressure. Additional grinding aid further reduces heat, extending disc life.
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.
Self-sharpening grains continually produce fresh cutting points, reducing friction and prolonging cut rates under lighter pressure. Additional grinding aid further reduces heat, extending disc life.
Self-sharpening grains continually produce fresh cutting points, reducing friction and prolonging cut rates under lighter pressure. Additional grinding aid further reduces heat, extending disc life.
Specialized backing for aggressive grinding
and high-pressure applications on hard
alloys and other metals. Rigid backing and
improved grain retention transfer more pres
sure to properly breakdown ceramic grains,
exposing new, sharp cutting edges.
Specialized backing for aggressive grinding
and high-pressure applications on hard
alloys and other metals. Rigid backing and
improved grain retention transfer more pres
sure to properly breakdown ceramic grains,
exposing new, sharp cutting edges.
Specialized backing for aggressive grinding
and high-pressure applications on hard
alloys and other metals. Rigid backing and
improved grain retention transfer more pres
sure to properly breakdown ceramic grains,
exposing new, sharp cutting edges.
The finer crystalline structure of Ceramic Advantage grains enhances self-sharpening effects, resulting in consistent performance throughout life. The increased amount of smaller cutting points provides a finer finish and longer life under moderate pressure.
Self-sharpening grains continually produce fresh cutting points, reducing friction and prolonging cut rates under lighter pressure. Additional grinding aid further reduces heat, extending disc life.