Norton Abrasives - 66243530417 - Norton 66243530417 5SG Flaring Cup Toolroom Wheel, 4 in Dia x 1-1/2 in THK, 1-1/4 in Center Hole, 60 Grit, Ceramic Alumina Abrasive

ITEM #: 10245065
Norton® Toolroom Wheel, Flaring Cup, Series: 5SG, 4 in Wheel Diameter, 1-1/2 in Wheel Thickness, 1-1/4 in Center Hole, 60 Grit, Medium Grade, Ceramic Alumina Abrasive, 5730 rpm Maximum, Wheel Hardness: L, Vitrified Bond, Applicable Materials: 400 Series Stainless, Hard Carbon Steel, Tool Steel, Titanium, Super Alloy, Cast Iron, Ductile Iron and Gray Iron, Blue Wheel, Wheel Type Number: Type 11
Featuring a high performance, self-sharpening blend of seeded gel ceramic alumina and friable aluminum oxide abrasives, this cool running SG 5SG CA Type 11 >4 in tool room flaring cup wheel cuts and removes stock at up to twice the rate and with three to five times the life of conventional abrasive wheels, with minimum burn and dressing. A superior bond provides exceptional form holding and allows this versatile wheel to grind a wide range of materials, including super alloys and titanium cast, ductile and gray iron and tool, hard carbon and 400 Series stainless steels using your CNC and other tool and cutter machines.
• Exceptionally high performing seeded gel ceramic alumina and friable aluminum oxide abrasive blend for fast stock removal, cool, superior cutting 3 to 5 times more life than aluminum oxide wheels
• Self-sharpening abrasive minimizes burn and dressing to maximize sharp edge on tools and dies for longer life in production
• High performance bond for versatility (for grinding high sped tool steels, hardened and soft steels and aerospace alloys) and exceptional form holding
• Outstanding choice for high productivity, low total per part grinding cost on CNC cutting tool and tool and cutter machines
• 5SG durable Norton® SG and aluminum oxide blend blue for high stock removal rates, excellent productivity, long wheel life, low overall grinding cost
• NORPOR 3SGR purple Norton® SG and 48A abrasive blend with VP2 porous bond for maximum productivity in heat sensitive, heavy stock removal operations