Recently,
3M Abrasives, a global leader in the abrasive industry, officially launched the new Cubitron™ 3 series of high-performance abrasive products, including cutting discs, grinding discs, fiber sand discs and sanding belts, which rely on innovative precision-shaped mineral sand technology to redefine the performance standards of the abrasive industry and bring a new upgrade to global metal processing.
The core highlight of the new 3M Abrasives Cubitron™ 3 series is the adoption of breakthrough precision-shaped ceramic alumina mineral sand, which is designed with sharp angular structures that can continuously break to form new sharp corners, realizing uniform wear and cool operation, and optimizing mineral decomposition. Compared with the previous generation Cubitron™ 2 series, the cutting speed of the product is increased by up to 10%, the material cutting volume is increased by 3 times, and the service life is significantly extended, which greatly reduces the consumption of abrasive tools and processing costs.
The series products have strong versatility: the cutting disc is suitable for cutting metal plates, stainless steel pipes and rusty fasteners; the grinding disc can complete weld grinding, deburring and edge chamfering; the fiber sand disc and sanding belt are suitable for heavy-duty grinding and surface finishing of stainless steel and carbon steel, and are also applicable to automated robot grinding. With strict pollutant control, the product is especially suitable for stainless steel grinding, avoiding metal discoloration and stress cracking.
With more than 100 years of metal processing innovation experience, 3M Abrasives has always been committed to providing professional abrasive solutions for global customers. The launch of the Cubitron™ 3 series not only demonstrates 3M's strong R&D strength, but also helps manufacturing enterprises improve production efficiency, reduce labor costs and achieve sustainable development. At present, the series products have been put into the global market and are widely used in metal processing, petrochemical, transportation and medical device industries.
