3M™ Trizact™ Hookit™ 443SA foam-backed abrasive disc 3M™ The 3M™ Trizact™ Hookit™ 443SA foam-backed abrasive disc is designed to deliver high-quality finishing and consistent performance across various industrial environments. Its unique pyramid-shaped grain technology enables even sanding while reducing the risk of scratches on surfaces. This disc is particularly effective for applications such as polishing paints, preparing surfaces before painting, and grinding composites. With its Hookit™ attachment system, it is easy to change, making it ideal for professionals looking to optimize their work time. Learn more
Disposable Respirator 3M™ Aura™ FFP3 3M™ The 3M™ Aura™ FFP3 disposable respirator is designed to provide high-level respiratory protection against fine particles, aerosols, and airborne contaminants. With its innovative three-panel design, this mask fits perfectly to the contours of the face, offering optimal comfort and a secure seal. The 3M™ Aura™ FFP3 mask features a Cool Flow™ exhalation valve that reduces heat and moisture build-up inside the mask, enhancing comfort even during prolonged use. Rated FFP3, it offers the highest protection against particles, including toxic dusts, mists, and fumes, making it ideal for demanding work environments where maximum respiratory protection is required. Learn more
3M™ 661X Diamond Lapping Film Disc 3M™ The 3M™ 661X diamond lapping film disc is an ultra-precise abrasive designed for polishing and finishing applications requiring exceptional precision. This disc is made with a polyester film backing, coated with diamond particles, the hardest known material, providing fast and durable cutting performance. The 661X is ideal for fine polishing of hard materials such as ceramics, optical glass, composites, and metals. With the uniform distribution of diamond particles, this disc ensures an extremely smooth and consistent surface, minimizing defects and scratches. It is widely used in the electronics, optics, and industrial manufacturing sectors, where finish quality and precision are critical. Learn more