3M™ 7010363515 2" TR 87184 Multi Pack 947A Cubitron™ II Roloc™ Durable Edge Disc - 5 Packs

3M™ 947A Cubitron™ II Roloc™ Durable Edge Disc 7010363515

2" TR 87184 Multi Pack Die R200P 5 Packs

Product Features:

• 3M Precision-Shaped Grain delivers sharp, cool, consistent cutting action
• Evenly-spaced grain features gaps that help debris escape, bolstering abrasive's ability to resist loading
• Heavy X-weight backing does not wear and tear easily, rendering the disc a good match for edgework
• Poly-cotton backing offers great tensile strength, helping enhance overall abrasive durability Roloc™ attachment makes disc to tool attachment swift and easy

Built for Low- to Medium-Pressure Applications and Edgework

3M™ Cubitron™ II Roloc™ Durable Edge Disc 947A was built for low- to medium-pressure applications that require edgework. Its small size makes it nimble and maneuverable, so operators can get in, over and around intricate parts. The dual combination of backing and weight add strength to the disc. In fact, these attributes were chosen carefully, so the disc could withstand wear from edges. The poly-cotton backing is a polyester and cotton blend, which makes it more durable than cotton alone and offers good tensile strength with more water resistance. Among backing weights, an X-weight is heavy, durable and quite stiff. The disc's heavy-weight backing minimizes the likelihood of tearing.

3M Science, Applied with 3M Precision-Shaped Grain Technology

So what makes Cubitron™ II discs desirable? They're engineered to cut fast, run cool and last long. The 3M™ Cubitron™ II Roloc™ Durable Edge Disc 947A features 3M Precision-Shaped Ceramic Grain. This revolutionary technology features triangular shaped ceramic minerals. As those minerals wear during use, they fracture at angles that continually form sharp points. This allows the minerals to keep slicing through the substrate with ease, while helping the grain wear more evenly. Altogether, operators get an ongoing, consistent cut. Moreover, because the triangles are evenly spaced when adhered to the backing, the gaps between them permit dust and debris to escape, minimizing loading.