Norton® Quantum™ 66253350691 5NQ 1-Side Recessed Toolroom Wheel, 7 in Dia x 1 in THK, 1-1/4 in Center Hole, 46 Grit, Ceramic Alumina Abrasive

66253350691 MFG #: 66253350691
$285.72 / EA
Estimated Delivery 7 to 10 Business Days
  • Manufacturer: Norton Saint-Gobain
  • Type: 1-Side Recessed
  • Series: 5NQ
  • Wheel Diameter: 7
  • Wheel Thickness: 1
  • Center Hole Size: 1-1/4
  • Grit: 46
  • Grade: Medium
  • Abrasive Material: Ceramic Alumina
  • Maximum Speed: 3600
  • Wheel Hardness: I
  • Bond Type: Vitrified
  • Applicable Materials: 400 Series Stainless, Hard/Soft Carbon Steel, Tool Steel, Aluminum, Cast Iron, Ductile Iron and Gray Iron
  • Wheel Color: Green
  • Wheel Type Number: Type 5
  • Brand: Norton®
Norton® Quantum™ Toolroom Wheel, 1-Side Recessed, Series: 5NQ, 7 in Wheel Diameter, 1 in Wheel Thickness, 1-1/4 in Center Hole, 46 Grit, Medium Grade, Ceramic Alumina Abrasive, 3600 rpm Maximum, Wheel Hardness: I, Vitrified Bond, Applicable Materials: 400 Series Stainless, Hard/Soft Carbon Steel, Tool Steel, Aluminum, Cast Iron, Ductile Iron and Gray Iron, Green Wheel, Wheel Type Number: Type 5
  • Revolutionary, proprietary, engineered ceramic grain shape and chemistry for all low, medium and hig
  • Proven tough vitrified bond stands up to extreme grinding forces perform well on old and new cylindr
  • 33 to 100% longer life, 30% higher MMR (metal removal rate) and 15% lower threshold power versus com
  • Exceptional choice for precision production grinding maximum versatility and productivity with lowes
Revolutionary, proprietary, engineered ceramic grain shape and chemistry for all low, medium and high force applications ranging from cast iron to stainless steel and hard to grind inconel and titanium
Proven tough vitrified bond stands up to extreme grinding forces perform well on old and new cylindrical and surface grinding machines
33 to 100% longer life, 30% higher MMR (metal removal rate) and 15% lower threshold power versus competitive ceramic products
Exceptional choice for precision production grinding maximum versatility and productivity with lowest total costs