Norton® 69210450386 90A Type 01/41 Reinforced Cut-Off Wheel, 30 in Dia x 1/4 in THK, 1-3/4 in Center Hole, 20 Grit, Zirconia Alumina Blend Abrasive

15550386 MFG #: 69210450386
  • Type: Type 01/41 Reinforced
  • Series: 90A
  • Grit: 20
  • Grade: Very Coarse
  • Abrasive Material: Zirconia Alumina Blend
  • Maximum Speed: 1810
  • Bond Type: Resin
  • Applicable Materials: 300 Series Stainless, 400 Series Stainless, Hard Carbon Steels, Soft Carbon Steels, Tool Steels, Titanium, Super Alloys, Cast Iron, Ductile Iron and Gray Iron
  • Arbor/Shank Size: 1-3/4
  • Diameter: 30
  • Thickness: 1/4
Norton® Cut-Off Wheel, Type 01/41 Reinforced, Series: 90A, 30 in Wheel Dia, 1/4 in Wheel Thickness, 1-3/4 in Center Hole, 20 Grit, Very Coarse Grade, Zirconia Alumina Blend Abrasive, 1810 rpm Maximum, Resin Bond, Applicable Materials: 300 Series Stainless, 400 Series Stainless, Hard Carbon Steel, Soft Carbon Steel, Tool Steel, Titanium, Super Alloys, Cast Iron, Ductile Iron and Gray Iron, Wheel Type Number: Type 01/41 Straight
  • Premium 90A abrasive has an excellent mixture of aluminum oxide and zirconia abrasives to
  • Bond and reinforcement engineered to foundry market machine parameters and materials
  • Full diameter pieces of reinforcement on the side of the wheel
  • Offers greatest possible resistance to side pressure and bending
  • High performance B97N bond for maximum performance in the most demanding applications, wit
  • Optimal bond hardness creates an excellent blend of cut rate and life
Premium 90A abrasive has an excellent mixture of aluminum oxide and zirconia abrasives to excel at many foundry cut-off applications
Bond and reinforcement engineered to foundry market machine parameters and materials
Full diameter pieces of reinforcement on the side of the wheel
Offers greatest possible resistance to side pressure and bending
High performance B97N bond for maximum performance in the most demanding applications, with full diameter fiberglass reinforcement on each side of wheel, to provide greatest possible resistance to side pressure and bending
Optimal bond hardness creates an excellent blend of cut rate and life