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3M Cloth Belt 302D is an aluminum oxide belt with open coat construction and a flexible J-weight backing that conforms well for sanding contours and complex parts. It is best-suited for light grinding, finishing, deburring and setting the grain on carbon steel and stainless steel, as well as soft metals like aluminum, brass, bronze and copper.

When traditional aluminum oxide belts aren’t cutting it, try 3M Cloth Belt 577F with alumina zirconia abrasive grain. It offers increased cutting efficiency compared to aluminum oxide, and has a heavy, water-resistant polyester backing that stands up to high-pressure applications and edge work.

3M Cloth Belt 707E uses a 3M Ceramic Aluminum Oxide Abrasives blend and is designed for light to moderate-pressure stock removal and finishing operations when you need a conformable belt for contoured surfaces. The belt is constructed with a blend of 3M Ceramic Abrasive Grain and premium aluminum oxide to offer more durability and cutting efficiency over non-ceramic abrasives.

3M Cloth Belt 707E uses a 3M Ceramic Aluminum Oxide Abrasives blend and is designed for light to moderate-pressure stock removal and finishing operations when you need a conformable belt for contoured surfaces. The belt is constructed with a blend of 3M Ceramic Abrasive Grain and premium aluminum oxide to offer more durability and cutting efficiency over non-ceramic abrasives.

3M Trizact Cloth Belt 363FC utilizes an aluminum oxide mineral bonded to a YF-weight polyester cloth backing. 363FC belts are consistent “go-to first” products for a wide range of applications from heavy deburring and defect removal to intermediate finishing. These belts are available in grades from A300 to A35.

3M Trizact Cloth Belt 363FC utilizes an aluminum oxide mineral bonded to a YF-weight polyester cloth backing. 363FC belts are consistent “go-to first” products for a wide range of applications from heavy deburring and defect removal to intermediate finishing. These belts are available in grades from A300 to A35.

Take advantage of increased durability and cutting efficiency with 3M Cloth Belt 777F. This belt features a blend of 3M Ceramic Abrasive Grain and aluminum oxide that outperforms aluminum oxide belts in stock removal and metal finishing applications. The heavyweight cloth backing supports high-pressure applications, performs well on heat-sensitive metals, and can be used dry or with lubricant.

Take advantage of increased durability and cutting efficiency with 3M Cloth Belt 777F. This belt features a blend of 3M Ceramic Abrasive Grain and aluminum oxide that outperforms aluminum oxide belts in stock removal and metal finishing applications. The heavyweight cloth backing supports high-pressure applications, performs well on heat-sensitive metals, and can be used dry or with lubricant.

3M Cloth Belt 707E uses a 3M Ceramic Aluminum Oxide Abrasives blend and is designed for light to moderate-pressure stock removal and finishing operations when you need a conformable belt for contoured surfaces. The belt is constructed with a blend of 3M Ceramic Abrasive Grain and premium aluminum oxide to offer more durability and cutting efficiency over non-ceramic abrasives.

When traditional aluminum oxide belts aren’t cutting it, try 3M Cloth Belt 577F with alumina zirconia abrasive grain. It offers increased cutting efficiency compared to aluminum oxide, and has a heavy, water-resistant polyester backing that stands up to high-pressure applications and edge work.

When traditional aluminum oxide belts aren’t cutting it, try 3M Cloth Belt 577F with alumina zirconia abrasive grain. It offers increased cutting efficiency compared to aluminum oxide, and has a heavy, water-resistant polyester backing that stands up to high-pressure applications and edge work.

Take advantage of increased durability and cutting efficiency with 3M Cloth Belt 777F. This belt features a blend of 3M Ceramic Abrasive Grain and aluminum oxide that outperforms aluminum oxide belts in stock removal and metal finishing applications. The heavyweight cloth backing supports high-pressure applications, performs well on heat-sensitive metals, and can be used dry or with lubricant.