Pro-Graad EXL Unitized Wheel, Silicon Carbide, 6" Diameter x 1/2" Wide x 1/2" Arbor, 3S Fine | (Pack of 1)

The 3S Fine EXL Unitized Wheel is ideal for applications requiring wheel conformability. EXL Unitized Wheels feature a soft, conformable consistency that effectively smooths, deburrs and finishes the edges of metal alloys, as well as many plastics and composites. EXL Unitized Wheels provide a clean edge without smearing, reducing the need for additional clean up and preparation. Designed for optimal performance on a bench motor or bench grinder, the EXL Unitized Wheel minimizes heat buildup during operation, making it ideal for use on heat sensitive materials. Tough, layered, unitized construction can operate clockwise or counterclockwise directions. Wheel edge can be dressed for effective deburring, finishing and polishing of all metal alloys and many plastics and composites. EXL Unitized Wheels provide a clean edge without smearing, reducing the need for additional clean up and preparation.

• Included: 1 Pack EXL Unitized Wheel 3S Fine 6" diameter x 1/2" wide x 1/2" arbor hole. *Wheel is 25% more durable and longer lasting as compared to 2S Fine EXL Unitized Wheels.
• The 3S Fine EXL Unitized Wheel is designed specifically to offer excellent conformability. It is well-suited for applications where wheel flexibility and adaptability are crucial. The wheel's composition and construction allow it to adjust to various shapes and sizes, ensuring consistent contact and uniform finishing.
• Pro-Graad's 3S Fine EXL Unitized Wheel's tough, layered, unitized construction of the wheel allows it to operate in both clockwise and counterclockwise directions, and its edge can be dressed to optimize its performance for effective deburring, finishing, and polishing of different metal alloys, plastics, and composites.
• EXL Unitized Wheels provide a clean edge without smearing, reducing the need for additional clean up and preparation.
• EXL Unitized Wheels minimize heat buildup during operation, making it ideal for applications on heat sensitive materials.