Norton® Quantum™3 66253370802 SG Series Depressed Center Wheel, 9 in Dia x 1/4 in THK, 7/8 in Center Hole, 20 Grit, Ceramic Alumina Abrasive

66253370802 MFG #: 66253370802
$34.41 / EA
Estimated Delivery in 3 to 4 Business Days
  • Manufacturer: Norton Saint-Gobain
  • Series: SG Series
  • Wheel Diameter: 9
  • Wheel Thickness: 1/4
  • Center Hole Size: 7/8
  • Connector Type: Arbor
  • Grit: 20
  • Grade: Extra Coarse
  • Abrasive Material: Ceramic Alumina
  • Maximum Speed: 6600
  • Bond Type: Resin
  • Wheel Type Number: Type 27
  • Applicable Materials: 400 Series Stainless, Hard Carbon Steel and Soft Carbon Steel
  • Wheel Hardness: Q
  • Reinforced: Yes
  • Specifications Met: ANSI Specified
  • Brand: Norton®
Norton® Quantum™3 Depressed Center Wheel, Series: SG Series, 9 in Wheel Diameter, 1/4 in Wheel Thickness, 7/8 in Center Hole, Arbor Connector, 20 Grit, Extra Coarse Grade, Ceramic Alumina Abrasive, Wheel Type Number: Type 27, 6600 rpm Maximum, Resin Bond, Applicable Materials: 400 Series Stainless, Hard Carbon Steel and Soft Carbon Steel, Wheel Hardness: Q, Yes Reinforced, Specifications Met: ANSI Specified
QTY
  • 100% of the most advanced ceramic alumina abrasive grain with a special shape for 5 to 6 times the l
  • 1/4 in are designed for offhand stock removal, smoothing welds and beveling
  • Fastest metal removal rates with a high level of overall life and comfortable grinding action for th
  • Ideal for stainless steel and carbon steel applications, efficiently grinds and cuts a variety of ma
100% of the most advanced ceramic alumina abrasive grain with a special shape for 5 to 6 times the life of aluminum oxide wheels, up to 100% increase in performance and life over competitive ceramic alumina wheels
1/4 in are designed for offhand stock removal, smoothing welds and beveling
Fastest metal removal rates with a high level of overall life and comfortable grinding action for those who can measure performance
Ideal for stainless steel and carbon steel applications, efficiently grinds and cuts a variety of materials from alloys to gray iron