Product image for 3M 7000144096 987C CUBITRON II FIBRE DISC TN QUICK CHANGE
Image thumbnail 0
Image thumbnail 2
Image thumbnail 3
Image thumbnail 4
Image thumbnail 5
Image thumbnail 6

Email

3M 7000144096 987C CUBITRON II FIBRE DISC TN QUICK CHANGE

Manufacturer: 3M | Catalog # 7000144096 | Cooper Electric Part # 1761106

$13.93/ea
ea
Log in or register to view your price, purchase history, and more!
Out of stock, please contact your sales representative for availability, pricing and lead times
3M™ Cubitron™ II Fibre Disc 987C offers significant gains in productivity on medium to heavy-duty operations thanks to the exceptionally high-performing 3M Precision-Shaped Grain combined with a stiff fiber backing. This disc achieves a higher cut-rate, greater durability, and longer life than other fiber discs — all with less grinding pressure.

Technical Information

Applications
Beveling,Blending,Edge Beveling,Edge Chamfering,Flat Areas,Gasket Removal,Gate Removal,Grinding,Heavy Grinding,High Pressure Grinding,Metal Shaping,Metal Stock Removal,Right Angle Grinding,Sheet Grinding,Slab Grinding,Stock Removal,Surface Finishing,Weld Grinding,Weld Removal,Weld Removal & Finishing
Backing Material
Fibre
Bonding Type
Resin
Coating
Closed Coat
Grit
36+

Manufacturer Information

Brand
3M

General Product Info

12-Digit UPC
051141274690
Color
Orange
Product Form
Disc
Product UPC
05114127469

Dimensions

Diameter
4-1/2 Inch

Certifications and Compliance

Country of Origin
USA
Features
  • 3M Precision-Shaped Grain maintains super-sharp points that cut exceptionally fast with less pressure
  • Mineral runs cooler and disc life is significantly longer, completing more parts per disc and requiring fewer disc changes
  • Reduces changeouts and downtime in robotic and pressure-assisted applications
  • Stiff fiber backing and a strong resin bond provide durability and tear-resistance for heavyweight applications such as high-pressure weld grinding or beveling
  • Grinding aid incorporated on the disc minimizes grinding temperatures for heat-sensitive alloys



Compare