Pro-Graad EXL Deburring Wheel 8" x 1" x 3", 8S Medium, 18279

Pro-Graad EXL Deburring Wheel 8" x 1" x 3", 8S Medium, 18279

• [IN THE BOX]: 1 each Pro-Graad PG-18279 EXL Convolute Deburring Wheel 8" diameter x 1" wide x 3" center hole 8S Medium EXL convolute deburring wheel uses Silicon Carbide as the abrasive material, a firm and durable wheel used for light to heavy precision deburring, blending, finishing, polishing, and cleaning. The 8S Medium Wheel is an ideal choice when a more aggressive, faster cutting action is required over what the 9S Fine Wheel delivers. NOTE: This wheel features a 3" center hole and requires the use of 356 flanges (not included) to adapt the center hole to your shaft size for proper mounting.
• [HIGH PERFORMANCE]: EXL Deburring Wheels are a high performance and durable wheel used for deburring and in finishing applications. Convolutely wound on a 3" core. Hard, long lasting has a 9 density, a Fine grade. Solid, dense, and conformable wheel which produces a professional finish the first time, without gouging, undercutting, or distorting the work piece.
• [APPLICATIONS]: EXL Deburring Wheels are ideal for all types of metals, hard and soft composites, as well as glass, allowing one wheel to perform multiple tasks including: blending, deburring, cleaning, surface finishing and polishing. Wheel can be used both wet and dry. Applications include: Metalworking, Builders Hardware, Medical Instruments, Metal Fabrication, and Plumbing Fixtures. NOTE: This wheel features a 3" center hole and requires the use of 356 flanges (not included) to adapt the center hole to your shaft size for proper mounting.
• [CONFORMABILITY]: The wheel's conformability allow abrasive to stay in contact with complex shaped parts. Convolute construction of the wheel keeps it running smooth, producing a consistent, super finish throughout the life of the wheel.
• [PREMIER FORMULATION]: Unique, premier resin bonding formulation minimizes smearing, reducing time spent cleaning surfaces. Minimizes heat build up to reduce risk of discoloration or warping on heat sensitive substrates.