3M Scotch-Brite AB9187 - Roloc Precision Surface Conditioning Disc PN-DS Coarse TS 3 Inch (76.2 mm) 7100264318
3M Scotch-Brite AB9187 - Scotch-Brite Roloc Precision Surface Conditioning Disc PN-DS Coarse TS 3 in (76.2 mm) 25/Inner 100/Case Dispenser Pack 3M 7100264318 7100264318 - eGrimesDirect

3M Scotch-Brite AB9187 - Roloc Precision Surface Conditioning Disc PN-DS Coarse TS 3 Inch (76.2 mm) 7100264318

3M SKU: NW NQC AB9187
/

Sold in multiples of 100 Each(s)

Shipping calculated at checkout.

Make To Order
Usually ships in 15 days

  • Secure payments

Scotch-Brite Roloc Precision Surface Conditioning Disc, PN-DS, Coarse, TS, 3 in (76.2 mm), 25/Inner, 100/Case, Dispenser Pack

  • Scotch-Brite Roloc Precision Surface Conditioning Discs set a new standard in surface conditioning performance
  • These reformulated general-purpose discs feature 3M Precision-Shaped Grain technology incorporated into the nonwoven web, bringing a new level of productivity and abrasive life to the Scotch-Brite lineup.

    • Product Information

    Brand 3M
    Part # 7100264318
    Line Scotch-Brite
    Origin Country USA

    Product Information

  • 3M PRECISION-SHAPED GRAIN: Precision-Shaped Grain engineered abrasives provide optimized performance to quickly achieve results
  • AVAILABLE IN A RANGE OF GRADES: Choose from Very Fine (VFN), Fine (FN), Medium (MED), Coarse (CRS) and Extra Coarse (XCRS) to fit your application needs
  • CONFORMABILITY WITHOUT COMPROMISE: 3M Precision-Shaped Grain delivers an aggressive cut while conformable nonwoven web helps protect against gouging
  • CONSISTENT FINISH: These premium discs are designed for ease of use and consistent surface finishing results
  • MULTI PURPOSE: Suitable for aluminum and soft metal, carbon steel, stainless steel and more
  • OPEN WEB CONSTRUCTION FOR OPTIMAL PERFORMANCE: Open web design helps resist loading, allowing for longer disc life
  • TWO INNOVATIVE TECHNOLOGIES IN ONE DISC: Scotch-Brite nonwoven fibers combined with 3M Precision-Shaped Grain deliver improved performance over traditional surface conditioning discs
    • More from 3M
    Recently viewed