Cloth Abrasive Belt 3M™ Trizact™253FA 3M™ The 253FA cloth abrasive belt 3M™ Trizact™ is a precision abrasive designed for sanding and finishing applications on materials such as metals and composites. Utilizing Trizact™ technology, this belt features a micro-replication structure that continuously exposes fresh abrasive grains, providing consistent cutting and a uniform, high-quality finish. The durable cloth backing allows the belt to conform to complex contours, making it ideal for operations requiring enhanced precision. It is particularly valued in aerospace, automotive, and metalworking sectors, where surface quality is crucial. Learn more
NAXOMAX-R Paper-Backed Abrasive Belt The NAXOMAX-R paper-backed abrasive belt is designed to deliver high performance in sanding and finishing applications on surfaces such as wood, paint, varnish, and composite materials. Its durable paper backing, combined with premium abrasive grains, provides consistent and precise abrasion, making it ideal for tasks that require high-quality finishes. This belt is commonly used in the furniture, woodworking, and automotive industries, ensuring high productivity and extended lifespan. Suitable for both automatic and manual sanding machines, it guarantees efficient material removal while minimizing the risk of scratches or damage to the surfaces being worked on. Learn more
3M™ Cubitron™ II 947A abrasive belt 3M™ The 3M™ Cubitron™ II 947A abrasive belt is specifically designed to meet the rigorous demands of industrial environments. With its self-sharpening ceramic grain technology, it provides fast and durable cutting, reducing work time and improving overall efficiency. This belt is ideal for metal sanding, deburring, and surface preparation prior to painting. Its robust cloth backing allows for use on high-speed machines while ensuring the flexibility needed for intricate contours. Whether for manufacturing, repair, or maintenance applications, the Cubitron™ II 947A guarantees exceptional results, minimizing downtime and maximizing productivity. Learn more