3M Canada

Cubitron™ II 051141-27469 987C Close Coated Premium Quick-Change Closed Coated Abrasive Disc, 4-1/2 in Dia Disc, No Hole Center Hole, 36+ Grit, Extra Coarse Grade, Ceramic Abrasive, Quick-Change Type TN Attachment

7000144096 MFG #: 051141-27469
$7.42 / EA
Estimated Delivery 7 to 10 Business Days
  • Manufacturer: 3M
  • Type: Close Coated Premium Quick-Change, Premium Quick-Change
  • Disc Diameter: 4-1/2
  • Center Hole Size: No Hole
  • Grit: 36+
  • Grade: Extra Coarse
  • Abrasive Material: Ceramic, Precision Shaped Ceramic
  • Backing Material: Fiber
  • Attachment Type: Quick-Change Type TN, Type TN
  • Applicable Materials: Cobalt, High Nickel Alloy, Stainless Steel, Titanium and Zirconium, Cobalt, Nickel Alloy, Stainless Steel and Titanium
  • Maximum Speed: 13300
  • Color: Orange
  • Bond Type: Resin
  • Brand: Cubitron™ II
  • Diameter: 4-1/2 in
  • Grit/Grade: 36+/Coarse
Cubitron™ II Abrasive Disc, Close Coated Premium Quick-Change, 4-1/2 in Diameter Disc, No Hole Center Hole, 36+ Grit, Extra Coarse Grade, Ceramic Abrasive, Fiber Backing, Quick-Change Type TN Attachment, Applicable Materials: Cobalt, High Nickel Alloy, Stainless Steel, Titanium and Zirconium, 13300 rpm Maximum, Orange
  • 3M™ precision shaped grain maintains super sharp points that cut exceptionally fast with less pressu
  • PSG runs cooler and disc life is significantly longer, completing more parts per disc and requiring
  • Stiff fiber backing and a strong resin bond provide durability and tear-resistance for heavyweight a
  • Grinding aid incorporated on the disc minimizes grinding temperatures for heat sensitive alloys
3M™ precision shaped grain maintains super sharp points that cut exceptionally fast with less pressure
PSG runs cooler and disc life is significantly longer, completing more parts per disc and requiring fewer disc changes
Stiff fiber backing and a strong resin bond provide durability and tear-resistance for heavyweight applications such as high pressure weld grinding and beveling
Grinding aid incorporated on the disc minimizes grinding temperatures for heat sensitive alloys