Norton® NorZon® Plus® 66252830789 Depressed Center Wheel, 5 in Dia x 1/8 in THK, 7/8 in Center Hole, Ceramic/Zirconia Alumina Abrasive

66252830789 MFG #: 66252830789
Requires Quote
Norton® NorZon® Plus® Depressed Center Wheel, 5 in Wheel Diameter, 1/8 in Wheel Thickness, 7/8 in Center Hole, Arbor Connector, Ceramic/Zirconia Alumina Abrasive, Wheel Type Number: Type 27, 12225 rpm Maximum, Resin Bond, Applicable Materials: Stainless Steel, Steel and Ferrous Metals, Specifications Met: ANSI Specified
QTY
  • Combination of patented SG (ceramic alumina) and NorZon (zirconia alumina) for 2 to 3 times better o
  • 1/8 in are designed to be used at a 90 deg angle for offhand cut-off, notching or cleaning pipes and
  • Highest productivity, up to 10X the performance of aluminum oxide wheels, 50% or better cut rate tha
  • Highest productivity and lowest total cost
  • With quick-change hub for tool free wheel changes to increase productivity
  • Long life - longest lasting
  • Foundry snagger
  • Designed to withstand the most aggressive foundry application
  • Best option when the best combination of life, cut rate and lowest heat generation is primary concer
  • Best option when longest possible life is primary concern, rough grinding conditions require wheel d
  • Noticeably longer life and faster cut rate versus competitive wheels
  • Less pressure required for first cut
Combination of patented SG (ceramic alumina) and NorZon (zirconia alumina) for 2 to 3 times better overall performance vs competitive high performance zirconia or ceramic wheels
1/8 in are designed to be used at a 90 deg angle for offhand cut-off, notching or cleaning pipes and weld beads
Highest productivity, up to 10X the performance of aluminum oxide wheels, 50% or better cut rate than competitive zirconia wheels, easy on the operator and equipment
Highest productivity and lowest total cost
With quick-change hub for tool free wheel changes to increase productivity
Long life - longest lasting
Foundry snagger
Designed to withstand the most aggressive foundry application
Best option when the best combination of life, cut rate and lowest heat generation is primary concern and able to measure total cost
Best option when longest possible life is primary concern, rough grinding conditions require wheel durability, using high cycle, high horsepower grinders and lower labor cost are key
Noticeably longer life and faster cut rate versus competitive wheels
Less pressure required for first cut