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3M 4x.035x3/8H 60GR CUBITRON 3 WHEEL

3MA7100303857 MFG #: 7100303857
$7.38 / EA
3M 4x.035x3/8H 60GR CUBITRON 3 WHEEL
  • Abrasive Material: Precision Shaped Ceramic
  • Bond Type: Resin
  • Country of Origin: PL
  • Grit: 60+
  • Manufacturer Name: 3M
  • Maximum Speed: 21000 rpm
  • Reinforced: Yes
  • Suitable For Use With: Industrial/Occupational use only
  • Type: Type 1
  • Wheel Diameter: 4 in
  • Wheel Thickness: 0.035 in
  • Wheel Type Number: T1
  • Center Hole Size: 0.375 in
The 3M™ Cubitron™ 3 Cut-Off Wheel creates perpendicular cuts using the outer edge of the wheel, making it ideal for cutting through metal, including autobody or marine sheet metal, stainless steel tubing, exhaust pipes, clamps, rusted fasteners, and more. Additionally, the 3M™ Cubitron™ 3 Cut-Off Wheel is powered by 3M Re-Engineered Precision Shaped Grain, a breakthrough proprietary molecular bonding technology designed with sharp, angular structures that continuously fracture to form sharp points. These clean, sharp points help create an abrasive that slices faster, runs cooler, and lasts longer than conventional abrasives. 3M™ Cubitron™ Performance Abrasives are made for professionals who need more from their equipment so experience the next generation in abrasive performance by choosing the 3M™ Cubitron™ 3 Cut-Off Wheel.
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Metalworking, Metal Fabrication, Machinery Manufacturing, Shipyards, Oil & Gas
  • Specialized functionality: creates perpendicular cuts using the outer edge of the wheel, making them ideal for cutting through metal, including autobody or marine sheet metal, stainless steel tubing, exhaust pipes, clamps, rusted fasteners, and more
  • Long lasting: designed to last longer than leading competitors
  • Enhanced speed - delivers up to 10 percent increased cut rate compared to 3M cubitron ii performance abrasives to help reduce the amount of time and pressure required to get the job done
  • 3M re-engineered precision-shaped grain - uses re-engineered precision shaped grain, a breakthrough proprietary molecular bonding technology designed with sharp, angular structures that continuously fracture to form sharp points to optimize breakdown
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