3M™ 051144-11111 963G Close Close Coated Abrasive Disc, 2 in Dia Disc, 50 Grit, Coarse Grade, Ceramic Abrasive, Type TR Attachment

00611114 MFG #: 11111
  • Type: Close, Quick-Change
  • Attachment Type: Type TR
  • Disc Diameter: 2
  • Abrasive Material: Ceramic
  • Grit: 50
  • Grade: Coarse
  • Backing Material: Polyester, YN-Weight Polyester
  • Backing Weight: YN-Weight
  • Maximum Speed: 25000
  • Color: Green
  • Applicable Materials: Carbon Steel
  • Bond Type: Resin
  • Diameter: 2 in
  • Grit/Grade: 50/Coarse
Roloc™ Coated Abrasive Quick-Change Disc, Close, Type TR Attachment, 2 in Diameter Disc, Ceramic Abrasive, 50 Grit, Coarse Grade, Polyester Backing, YN-Weight Backing Weight, 25000 rpm Maximum, Green
  • 3M™ ceramic abrasive grain is engineered for exceptional durability and cutting capability
  • 3M™ ceramic abrasive
  • Attachment system allows for efficient install and removal of the disc, without hindering
  • Attachment system al
  • Heavyweight backing is extremely durable for high pressure, high speed applications
  • Heavyweight backing
  • Durable resin bond resists deterioration from heat, extending the life of the disc
  • Durable resin bond r
3M™ ceramic abrasive grain is engineered for exceptional durability and cutting capability on carbon steel and tool steels, boosting productivity and reducing worker fatigue
3M™ ceramic abrasive grain is engineered for exceptional durability and cutting capability on carbon steel and tool steels, boosting productivity and reducing worker fatigue
Attachment system allows for efficient install and removal of the disc, without hindering the disc's performance or durability
Attachment system allows for efficient install and removal of the disc, without hindering the disc's performance or durability
Heavyweight backing is extremely durable for high pressure, high speed applications
Heavyweight backing is extremely durable for high pressure, high speed applications
Durable resin bond resists deterioration from heat, extending the life of the disc
Durable resin bond resists deterioration from heat, extending the life of the disc