Norton® NorZon® Plus® 66252905369 Saucer Shape Depressed Center Wheel, 7 in Dia x 1/4 in THK, 20 Grit, Ceramic/Zirconia Alumina Abrasive

15598018 MFG #: 66252905369
  • Type: Saucer Shape
  • Wheel Diameter: 7
  • Wheel Thickness: 1/4
  • Connector Type: Thread
  • Grit: 20
  • Grade: Extra Coarse, Very Coarse
  • Abrasive Material: Ceramic/Zirconia Alumina
  • Wheel Type Number: Type 28
  • Maximum Speed: 8600
  • Bond Type: Resin
  • Applicable Materials: Stainless Steel, Steel and Ferrous Metal, Stainless Steel, Steel and Ferrous Metals
  • Center Hole Thread Size: 5/8-11
  • Specifications Met: ANSI Specified
  • Arbor/Shank Size: 5/8-11
  • Diameter: 7
  • Thickness: 1/4
Norton® NorZon® Plus® Depressed Center Wheel, Saucer Shape, 7 in Wheel Diameter, 1/4 in Wheel, Thread Connector, 20 Grit, Extra Coarse Grade, Ceramic/Zirconia Alumina Abrasive, Wheel Type Number: Type 28, 8600 rpm Maximum, Resin Bond, Applicable Materials: Stainless Steel, Steel and Ferrous Metals, 5/8-11 Center Hole Thread, Specifications Met: ANSI Specified
  • Combination of patented SG (ceramic alumina) and NorZon (zirconia alumina) for 2 to 3 time
  • Combination of Norto
  • Combination of paten
  • 1/4 in are designed for offhand stock removal, smoothing welds and beveling
  • 50 to 200% better ov
  • 1/4 in are designed
  • Blend of hardness and bond to provide the best mix of cut rate and life
  • Lowest total grindin
  • Blend of hardness an
  • Highest productivity and lowest total cost
  • Up to 10X the perfor
  • Highest productivity
  • With quick-change hub for tool free wheel changes to increase productivity
  • Easy on the operator
  • With quick-change hu
  • Long life - longest lasting
  • Long life - longest
  • Foundry snagger
  • Foundry snagger
  • Designed to withstand the most aggressive foundry application
  • Designed to withstan
  • Best option when the best combination of life, cut rate and lowest heat generation is prim
  • Best option when the
  • Best option when longest possible life is primary concern, rough grinding conditions requi
  • Best option when lon
  • Noticeably longer life and faster cut rate versus competitive wheels
  • Noticeably longer li
  • Less pressure required for first cut
  • Less pressure requir
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
• Combination of Norton SG ceramic alumina and NorZon (zirconia alumina) with an advanced bond system
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
1/4 in are designed for offhand stock removal, smoothing welds and beveling
• 50 to 200% better overall performance versus competitive zirconia and ceramic wheels
1/4 in are designed for offhand stock removal, smoothing welds and beveling
Blend of hardness and bond to provide the best mix of cut rate and life
• Lowest total grinding cost, highest productivity
Blend of hardness and bond to provide the best mix of cut rate and life
Highest productivity and lowest total cost
• Up to 10X the performance of aluminum oxide wheels
Highest productivity and lowest total cost
With quick-change hub for tool free wheel changes to increase productivity
• Easy on the operator and equipment
With quick-change hub for tool free wheel changes to increase productivity
Long life - longest lasting
Long life - longest lasting
Foundry snagger
• Foundry snagger
Designed to withstand the most aggressive foundry application
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 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
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
Noticeably longer life and faster cut rate versus competitive wheels
Less pressure required for first cut
Less pressure required for first cut