Vitrified Abrasives

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

For Excell-O center lap and similar machinesSpecially formulated wheel treatment for added lubricity to the wheel, minimizing risk of metallurgical damagePrecise dimensional tolerances to ensure accurate location of part centersMaximum operating speed is...

For Excell-O center lap and similar machinesSpecially formulated wheel treatment for added lubricity to the wheel, minimizing risk of metallurgical damagePrecise dimensional tolerances to ensure accurate location of part centersMaximum operating speed is...

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Sharp versatile aluminum oxide grainFree cutting on wide variety of materialsSharp monocrystalline grain resists burnExcellent form holding compared to more friable white aluminum oxides

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burn High temperature vitrified bond for exceptional form holding and life For best performance, always run at the maximum allowable speed Maximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang

Designed for cool cutting and minimal burnHigh temperature vitrified bond for exceptional form holding and lifeFor best performance, always run at the maximum allowable speedMaximum operating speed is based on 1/2 in overhang