Vitrified Abrasives

Friable grain

Provides the versatility to grind from the easiest to the most difficult-to-grind steelsFeatures high-performance ceramic alumina/oxide abrasive blendIdeal for fast stock removal on moderate to very heavy stock removal applicationsLoad resistant

Sharp, silicon carbide abrasiveFast cut rate

Provides the versatility to grind from the easiest to the most difficult-to-grind steelsFeatures high-performance ceramic alumina/oxide abrasive blendIdeal for fast stock removal on moderate to very heavy stock removal applicationsLoad resistant

High-performance aluminum oxide abrasiveStrong, sharp monocrystalline grain blendTough, yet friable grain

Excellent value, aluminum oxide abrasive blendAdvanced vitrified bond with induced porosityFast, cool cutting action

Friable grain

Friable grain

Cool cutting and good form holding

Bond allows free cutting action while pulling heat away from the part and into the matrix of the wheelExcellent on materials 55RC and above but can also be used on general purpose tool steelOffer a friable grain and cooler bond

Friable grain

General purpose off-hand work6-8" include bushing for 1/2", 5/8", 3/4" and 1" ( for 8" wheels ) arbor holes10-12" x 1 1/4" includes bushing for 1 1/4", 1" and 3/4" arbors12-14" x 2" includes bushing for 1 1/2", 1 1/4" and 1" arborsNew improved bond,...

Good general purpose wheel

Series B mounted points are generally used on smaller or more delicate components, such as in tool and die constructionDue to the special shapes of series B mounted points, it is possible to grind in a variety of contoursThe applications range from...

General purpose off-hand work6-8" include bushing for 1/2", 5/8", 3/4" and 1" ( for 8" wheels ) arbor holes10-12" x 1 1/4" includes bushing for 1 1/4", 1" and 3/4" arbors12-14" x 2" includes bushing for 1 1/2", 1 1/4" and 1" arborsNew improved bond,...

Due to the special shapes of Series A mounted points, it is possible to grind in a variety of contoursLong service life and low wear due to hard, dimensionally stable bondCost-effective due to high edge stability, even on low-speed power toolsIdeal for...

General purpose off-hand work6-8" include bushing for 1/2", 5/8", 3/4" and 1" ( for 8" wheels ) arbor holes10-12" x 1 1/4" includes bushing for 1 1/4", 1" and 3/4" arbors12-14" x 2" includes bushing for 1 1/2", 1 1/4" and 1" arborsNew improved bond,...

Semi-friable grain

Optimum drive or braking action while resisting spin out of parts

Crystolon combination for general sharpening when the speed of sharpening is more important than the fineness of the cutting edgesProduces strong, long-lasting, keen edges on toolsIdeal for sharpening straight blades and gouges

Crystolon combination for general sharpening when the speed of sharpening is more important than the fineness of the cutting edgesProduces strong, long-lasting, keen edges on toolsIdeal for sharpening straight blades and gouges

For dirty, scale-covered steel or iron parts

For use on right angle grinders, electric or air die grinders, tool room grinders and circular sawsDesigned for general purpose grinding and cutting applications on steel, iron, and other ferrous metalsWheels are resin-bond formulated for aggressive...

Reinforced toolroom cut-off wheels are used when you want to achieve a precise, thin cut with your chop saw or chop stroke machineThis wheel's performance to price ratio makes it an economical choice, and its durable aluminum oxide grain and bond makes...

Reinforced toolroom cut-off wheels are used when you want to achieve a precise, thin cut with your chop saw or chop stroke machineThis wheel's performance to price ratio makes it an economical choice, and its durable aluminum oxide grain and bond makes...

For use on right angle grinders, electric or air die grinders, tool room grinders and circular sawsDesigned for general purpose grinding and cutting applications on steel, iron, and other ferrous metalsWheels are resin-bond formulated for aggressive...

Fully reinforced straight wheel

Straight sides and blunt nose for flat surfaces and inside edges

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 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