Stikit™ 051141-55548 236U Carbide Burr

00664966 MFG #: 051141-55548
  • Brand: Stikit™
  • Type: Open Coated, Open Coated PSA
  • Diameter: 5 in
  • Arbor/Shank Size: No Hole
  • Grit/Grade: P400/Very Fine
  • Abrasive Material: Aluminum Oxide
  • Attachment Type: PSA
  • Applicable Materials: Aluminum, Carbon Steel, Composite, Glass and Paint
  • Backing Material: C-Weight Paper, Paper
  • Backing Weight: C-Weight
  • Bond Type: Resin
  • Disc Diameter: 5
  • Grade: Extra Fine
  • Grit: P400
Stikit™ Abrasive Disc Roll, Open Coated PSA, 5 in Disc Dia, P400 Grit, Extra Fine Grade, Aluminum Oxide Abrasive, Paper Backing, C-Weight Backing Weight
  • Adhesive backing allows for quick application and easy removal
  • Adhesive backing all
  • Convenient disc rolls eliminate the need to remove disc liners from individual discs
  • Convenient disc roll
  • Strong, C-weight paper backing provides extra durability when compared to lighter weight p
  • Strong, C-weight pap
  • Aluminum oxide mineral is durable, cuts fast and performs well on many surfaces
  • Aluminum oxide miner
  • Load resistant coati
  • Load-resistant coating helps prevent premature loading of the disc surface to maximize cut
Adhesive backing allows for quick application and easy removal
• Adhesive backing allows for quick application and easy removal
Convenient disc rolls eliminate the need to remove disc liners from individual discs
• Convenient disc rolls eliminate the need to remove disc liners from individual discs
Strong, C-weight paper backing provides extra durability when compared to lighter weight paper backings
• Strong, C-weight paper backing provides extra durability when compared to lighter weight paper backings
Aluminum oxide mineral is durable, cuts fast and performs well on many surfaces
• Aluminum oxide mineral is durable, cuts fast and performs well on many surfaces
• Load resistant coating helps prevent premature loading of the disc surface to maximize cut and extend the life of the abrasive grains
Load-resistant coating helps prevent premature loading of the disc surface to maximize cut and extend the life of the abrasive grains