Choosing High vs. Low Densities
Our Standard Abrasivesâ„¢ Light Deburring Wheel utilizes a fine grade silicon carbide mineral. These wheels vary in density, ranging from 6 to 8. Higher density wheels tend to be more durable and have a longer service life. Lower density wheels indicate softer feel. This lower density enables the wheel to be more flexible and conform to the substrate. Light deburring wheels tend to be less aggressive and finish finer than other convolute wheels.
Smear-Resistant for A Brighter Finish
These wheels are convolute wheels, meaning they must be run in one direction as indicated by the arrow on the side of the wheel. The abrasive web, made with resin and silicon carbide mineral, is wound around the wheel’s core. The silicon carbide mineral is bonded with a smear-resistant resin that will not smudge or stain the substrate. These attributes contribute to a cleaner, brighter finish on the substrate. Our Light Deburring Wheel is a great starting point for your light blending, polishing, and deburring applications. Consider it a trusted tool for achieving a fine finish on the workpiece.

3M 22392, Roloc Disc 361F, 24 YF-weight, TR, 3 in, Die R300V, 7000045090
3M 49125, Hot Melt Adhesive 3762 LM Q, Light Amber, 5/8 in x 8 in, 7100025246, 11 lb/Case
3M 11137, Roloc Disc 361F, 50 YF-weight, TR, 1-1/2 in, Die R150S, 7000045094
Insize 0110-1125, ANEMOMETER, 6974029776595
3M 21639, PSA Cloth Disc 348D, 36 X-weight, 6 in x NH, Die 600Z, 7000148149
3M 86745, Diamond Disc, 2" Roloc, 674W, 120 Mesh, TR, 7100022116, Box of 10
3M 35790, 675L, 1" X 120", 74u, Diamond Microfinishing Film Belts, 7010509196
Dynabrade 64350 26" W x 36" L (660 mm W x 914 mm L) Metal Capture Downdraft Station, 230 V (AC)
3M 20279, Disc Pad Holder 947TH, 7 in x 1 in x 5/8-11 Internal Black T Hook, 7000118602
3M 22397, Roloc Disc 361F, 60 YF-weight, TR, 1-1/2 in x NH, 7000045097
3M 51033, Roloc Disc 361F, 36 YF-weight, TSM, 3 in, Die RS300VM, 7000148150
Dynabrade 78294 3" Dia. x 2A M Medium Type R Unitized Locking-Type Disc, 25/pack 

