3M™ 01423 216U Abrasive Disc Roll

00414231 MFG #: 01423
$0.00 / Each
Ships within 5 days
  • Type: Open Coated, Open Coated PSA
  • Series: 216U
  • Disc Diameter: 5
  • Grit: P220
  • Grade: Very Fine
  • Abrasive Material: Aluminum Oxide
  • Backing Material: A-Weight Paper, Paper
  • Backing Weight: A-Weight
  • Applicable Materials: Clear Coat, Hardwood, Paint, Primer, Softwood and Topcoat
  • Arbor/Shank Size: No Hole
  • Attachment Type: PSA
  • Diameter: 5 in
  • Grit/Grade: P220/Extra Fine
3M™ Abrasive Disc Roll, Series: 216U
QTY
  • Convenient roll form
  • Convenient roll form means no liners to remove, increasing productivity
  • Aluminum oxide miner
  • Aluminum oxide mineral is durable, cuts fast and performs well on many surfaces
  • A-weight light paper
  • A-weight light paper backing is suitable for finishing applications
  • A weight light paper
  • Open coat constructi
  • Open coat construction minimizes dust on the abrasive and workpiece for increased producti
  • Load-resistant coati
  • Load-resistant coating helps prevent premature loading of the disc surface to maximize cut
Convenient roll form means no liners to remove, increasing productivity
Convenient roll form means no liners to remove, increasing productivity
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
A-weight light paper backing is suitable for finishing applications
A-weight light paper backing is suitable for finishing applications
A weight light paper backing is suitable for finishing applications
Open coat construction minimizes dust on the abrasive and workpiece for increased productivity
Open coat construction minimizes dust on the abrasive and workpiece for increased productivity
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