3M™ Roloc™ 361F Cloth Disc 3M™ Resistant to tearing during all abrasion operations. Roloc™ disc on flexible X/Y weight polyester backing, aluminum oxide grain, closed coating, resin binder. Available in grits: P24, P36, P50, P60, P80, P100, P120, P240. Available in sizes: 25, 38, 50, 75 mm. Applications: Removal of weld spots and small beads, deburring, defect removal, cleaning rust areas, paint layers, residual joints. Materials Worked: Steel, brazing, and other metals. Accessories: Rubber support pads / 6 mm shaft. Angle grinder. Learn more
Cloth Abrasive Belt 384F 3M™ 3M™ The 384F cloth abrasive belt 3M™ is a versatile abrasive designed for sanding, deburring, and finishing applications on various materials, including metals, wood, and composites. This belt is constructed with a durable cloth backing that provides excellent flexibility and strength, allowing for precise work while withstanding demanding work environments. The aluminum oxide abrasive grains, evenly distributed across the belt's surface, ensure a clean and efficient cut, delivering consistent sanding performance throughout the belt's lifespan. The 384F belt is particularly suited for industrial operations where finish quality and efficiency are critical. It is often used for tasks such as weld sanding, deburring, and surface preparation before painting or coating. This product is commonly employed in industries such as metalworking, aerospace, and manufacturing. Learn more
Paper Disc 255P Hookit™ 3M™ 3M™ Optimize the useful life of your discs Sustained cutting power thanks to the use of aluminum oxide abrasive An anti-clogging coating to optimize the useful life and achieve good results For a variety of surfaces The 3M™ Hookit™ 255P paper disc is made of aluminum oxide abrasive grains, which ensure lasting cutting power. Our 255P discs feature an anti-clogging coating to extend their useful life. They are suitable for intermediate and final sanding of a wide range of substrates, including metal and coatings based on mineral substances or paint. Learn more