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3M™Hybrid Bond Diamond Grinding Wheel 6CHN 11V9-75x3x10x31.75-T30-V70° D54NE-B40A DWG 2272/3

3M™Hybrid Bond Diamond Grinding Wheel 6CHN 11V9-75x3x10x31.75-T30-V70° D54NE-B40A DWG 2272/3

SKU
#7100061871
Part #: 53904
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For industrial/occupational use only. Not for consumer sale or use.

For industrial/occupational use only. Not for consumer sale or use.


3M industrial and occupational products are intended, labeled, and packaged for sale to trained industrial and occupational customers for workplace use. Unless specifically stated otherwise on the applicable product packaging or literature, these products are not intended, labeled, or packaged for sale to or use by consumers (e.g., for home, personal, primary or secondary school, recreational/sporting, or other uses not described in the applicable product packaging or literature), and must be selected and used in compliance with applicable health and safety regulations and standards (e.g., U.S. OSHA, ANSI), as well as all product literature, user instructions, warnings, and other limitations, and the user must take any action required under any recall, field action, or other product use notice. Misuse of 3M industrial and occupational products may result in injury, sickness, death, or property damage. For help with product selection and use, consult your on-site safety professional, industrial hygienist, or other subject matter expert.


3M™ Hybrid Diamond Grinding Wheel 6CHN is our face and cup grinding wheel featuring a hybrid bond, DIA grit system with hybrid diamond. It’s suitable for use with oil and emulsion lubricants.
More Information
Specification(s)
Brand3M
Abrasive MaterialDiamond
Center Hole Diameter (Imperial)0.39 in
Overall Diameter (Imperial)2.95 in
Overall Thickness (Imperial)0.12 in
Product FormWheel
Product Number6CHN
Product TypeGrinding Wheel
Country Of OriginSE
Shipping Quantity1.0
UPC Code7319423539046


  • Increased profile retention and reduced dressing efforts
  • Improved surface quality and higher geometric accuracy
  • Shorter cycle-times
  • Higher productivity and removal rates
  • Reduced cost per piece
  • Optimal surface quality