3M Fibre Disc 501C 125mm x 22mm (Box of 100)
3M Fibre Disc 501C 125mm x 22mm (Box of 100) Black Plain Max RPM 12000
Details
- Alumina zirconia breaks down to produce a consistently sharp edge that cuts faster than aluminum oxide and is suitable for stock removal on all metals, including stainless steel
- Stiff fiber backing provides the durability needed for weld removal and other medium pressure applications such as deburring or rust removal
- Durable resin bond resists deterioration from heat, increasing disc life and provides excellent mineral retention for edge grinding
- Closed coat provides added life and cut 7/8" center hole mount is compatible with 3M™ disc pad face plates and hubs, and requires the use of a disc retainer nut (all sold separately)
- Available in a wide variety of grades
3M Fibre Disc 501C features sharp alumina zirconia mineral on a durable fiber backing, making it ideal for weld removal and other medium pressure applications such as deburring or rust removal. Alumina zirconia offers a fast cut and consistent finish on mild steel yet can also be used with good results on stainless steel.
Use 3M Fibre Disc 501C for weld removal and other medium pressure applications such as deburring or rust removal. Our discs feature sharp alumina zirconia mineral on a durable fibre backing for a fast cut and consistent finish on mild steel. They can also be used with good results on stainless steel. The Alumina zirconia breaks down to produce a consistently sharp edge that cuts faster than aluminium oxide and is suitable for stock removal on all metals. A stiff fibre backing provides the durability needed for weld removal and other medium pressure applications such as deburring or rust removal. The durable resin bond resists deterioration from heat, increasing disc life, and provides excellent mineral retention for edge grinding. Closed coat provides added life and cut 22.23 mm centre hole mount is compatible with 3M disc pad face plates and hubs, and requires the use of a disc retainer nut.* *Sold separately
