3M 90040 4-1/2" x .045" x 5/8"-11 Type 27 Cubitron 3 Quick Change Cut-Off Wheel for Ferrous Metals
3M 90040 4-1/2" x .045" x 5/8"-11 Type 27 Cubitron 3 Quick Change Cut-Off Wheel for Ferrous Metals
624-917
16.00
/ Each
http://schema.org/OutOfStock
/Product/624-917
- Abrasive Grit: Precision Shaped Ceramic
- Arbor: 5/8"-11
- Clearance: No
- Diameter (fraction): 4-1/2"
- For Use With: Portable Tools
- Grade: Ultimate
- Max. RPM: 13300
- Monthly Special Flag: No
- Part No.: 90040
- Proposition 65: Yes
- Thickness: .035"
- Type: Type 27
- Used For: Ferrous Metals
• 3M™ Cubitron™ 3 Cut-Off Wheel: 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
• Enhanced Speed: delivers up to 10% 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
• Fewer Changeovers: removes up to 3x more material compared to 3m™ Cubitron™ II performance abrasives
• Long Lasting: designed to last longer than leading competitors
• 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 wear evenly, run cool, and optimize mineral breakdown
• Enhanced Speed: delivers up to 10% 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
• Fewer Changeovers: removes up to 3x more material compared to 3m™ Cubitron™ II performance abrasives
• Long Lasting: designed to last longer than leading competitors
• 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 wear evenly, run cool, and optimize mineral breakdown