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The Standard Abrasives Surface Conditioning FE Belt saves time preparing workpieces for final finishes and coatings by performing one-step prep work. A reliable choice for edgework, some of its best uses include deburring and blending. FE material is an outstanding performer for flats and edgework when high contact pressure and stock removal are required.

The Standard Abrasives Surface Conditioning FE Belt saves time preparing workpieces for final finishes and coatings by performing one-step prep work. A reliable choice for edgework, some of its best uses include deburring and blending. FE material is an outstanding performer for flats and edgework when high contact pressure and stock removal are required.

The Standard Abrasives Surface Conditioning FE Belt saves time preparing workpieces for final finishes and coatings by performing one-step prep work. A reliable choice for edgework, some of its best uses include deburring and blending. FE material is an outstanding performer for flats and edgework when high contact pressure and stock removal are required.

Scotch-Brite Cut and Polish Unitized Wheel is a tightly layered, durable, unitized wheel available in medium to hard densities. The wheel works well for aggressive deburring, blending, and finishing on harder metals and for applications where portability is needed. This wheel provides an excellent starting point for jobs requiring the availability of small diameters and narrow widths.

Scotch-Brite Multi-Finishing Wheel is a convolute-constructed wheel that provides cleaning and final finishing for stainless steel, aluminum, brass, copper, and other metals. The combination of mineral grades and soft density make the wheel well suited for final finishing applications where a high degree of conformability and less density are needed.

The Scotch-Brite Clean and Strip Unitized Wheel is a unitized wheel made for aggressive coating removal, cleaning welds, and removing rust, paint and coatings. The layered, durable unitized wheel construction and hard 7 density, with low conformability, make it a great match for edges, when durability is a must.

Scotch-Brite Metal Finishing Wheel combines conformability with consistent abrasive cutting action to provide uniform brushed stainless and satin finishes. The Metal Finishing Wheel is also used effectively to blend and match #3 or #4 mill finishes on stainless steel and to create brushed or satin finishes on items such as cutlery, appliance trim, builders hardware, and plumbing fixtures.

Scotch-Brite Metal Finishing Wheel combines conformability with consistent abrasive cutting action to provide uniform brushed stainless and satin finishes. The Metal Finishing Wheel is also used effectively to blend and match #3 or #4 mill finishes on stainless steel and to create brushed or satin finishes on items such as cutlery, appliance trim, builders hardware, and plumbing fixtures.

3M Cloth Roll 747D is an abrasive product featuring a blend of aluminum oxide and 3M Ceramic Abrasive Grain that produces an excellent cut rate. This abrasive is constructed on an X-weight, durable cloth backing designed with anti-friction properties that help the abrasive run smooth. Fast-cutting and tough, this cloth roll delivers exceptional finishes on a variety of metal substrates.

3M Trizact Diamond Cloth Belt 663FC represents the “next generation” in abrasive technology. It combines the predictable dimensioning of bonded wheels with the speed, consistency and ease of use of 3M abrasive belts. This unique hybrid helps you achieve a smoother finish in less time.

3M Trizact Cloth Belt 217EA uses proprietary microreplication technology in which micron-graded aluminum oxide particles are formed into tiny pyramids of abrasive mineral and then coated on a JE-weight rayon backing. As these pyramids wear, fresh, sharp mineral is continually exposed to produce a consistent cut and a predictable, fine finish.

3M Microfinishing Film Roll 373L quickly cuts, shapes and polishes, delivering uniform, close-tolerance finishes on parts used in metalworking applications.