Norton Depressed Center Wheels, also known as raised hub wheels, are engineered to tackle the most demanding right angle grinding applications on metal, masonry, and other building materials. Characterized by their distinctive shape "type", these wheels offer an unmatched combination of aggressive cut rate and longevity. Designed for versatility, they are available in a variety of grits and abrasive materials to efficiently cut, grind, remove stock, chamfer edges, bevel, and blend surfaces.
Key Characteristics
Specially designed for tough right angle grinding applications.
Aggressive cut rate and extended wheel life.
Variety of grit and abrasive options for versatility.
Ability to cut, grind, remove stock, chamfer edges, bevel, and blend.
Suitable for use on metal, masonry, and other building materials.
Use For
Metal grinding applications including steel and other metals.
Masonry grinding for concrete and other building materials.
Stock removal, edge chamfering, beveling, and blending surfaces.
Construction and fabrication tasks requiring precise and aggressive grinding.
Norton Depressed Center Wheels
Norton Depressed Center Wheels, also known as raised hub wheels, are engineered to tackle the most demanding right angle grinding applications on metal, masonry, and other building materials. Characterized by their distinctive shape "type", these wheels offer an unmatched combination of aggressive cut rate and longevity. Designed for versatility, they are available in a variety of grits and abrasive materials to efficiently cut, grind, remove stock, chamfer edges, bevel, and blend surfaces.
Key Characteristics
Specially designed for tough right angle grinding applications.
Aggressive cut rate and extended wheel life.
Variety of grit and abrasive options for versatility.
Ability to cut, grind, remove stock, chamfer edges, bevel, and blend.
Suitable for use on metal, masonry, and other building materials.
Use For
Metal grinding applications including steel and other metals.
Masonry grinding for concrete and other building materials.
Stock removal, edge chamfering, beveling, and blending surfaces.
Construction and fabrication tasks requiring precise and aggressive grinding.
