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
Chin Strap for Reusable Mask 6000 Series 3M™ 3M™ The chin strap for reusable masks is an accessory designed to enhance the comfort and fit of the respiratory protection mask. It attaches to the bottom of the mask, providing additional support at the chin area, ensuring a more stable and secure fit during use. Made from durable and flexible materials, this chin strap helps reduce pressure on the face, allowing for extended mask use without discomfort. It is compatible with the 6000 Series masks by 3M™, which are widely used in industrial environments where protection against particulates, gases, and vapors is essential. This accessory is ideal for professionals seeking increased comfort and optimized fit for their respiratory protection equipment. Learn more
3M™ 662XW Diamond Lapping Film Disc 3M™ The 3M™ 662XW diamond lapping film disc is a high-precision abrasive designed for polishing and finishing hard materials such as ceramics, optical glass, metals, and composites. This disc features a durable polyester film backing coated with diamond particles, providing fast cutting action and an exceptionally smooth finish. 3M™'s diamond technology ensures consistent and long-lasting performance, even in the most demanding applications, while minimizing the risk of scratches and imperfections on the worked surfaces. The 662XW disc is particularly well-suited for use in the electronics, optics, and industrial manufacturing sectors, where precision and finish quality are critical. Learn more