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Return To ShopThe Norton Vortex Unified Wheel is a high-performance non-woven abrasive wheel engineered with proprietary Vortex aluminum oxide grains within a thick nylon web. Its aggressive cut and cool finishing action remove weld spatter, deburr sharp edges, and blend surfaces quickly while delivering a smooth, smear-free finish on metals and composites.
The Norton Rapid Strip non-woven disc is an aggressive surface conditioning disc built with strong synthetic fiber mesh and extra-coarse abrasive grains for fast rust, paint, and weld spatter removal. Its open web construction resists loading and overheating, making it ideal for preparation before welding, coating, or finishing.
The Koyo-Sha R/R KF Wheel is a resin-bond abrasive flap wheel engineered for strong grinding performance and extended life compared to standard G/G wheels. It is suitable for both wet and dry applications, effectively removing burrs and smoothing surfaces on metals, alloys, resins, and composite materials.
The Koyo-Sha Abrasive Belt R/R Series are resin-bond abrasive belts designed for heavy-duty grinding and surface finishing of metals. Built with twilled cotton cloth backing and consistent resin adhesion, they deliver stable performance and wide grit options for manufacturing, automotive, aerospace, and industrial polishing applications.
Koyo-Sha Steel Buffing & Polishing Compound is a professional polishing solution designed for steel and stainless steel surfaces. This abrasive compound series enables progressive finishing from surface scratch removal to high-luster polishing when used with appropriate buffing wheels. Its formulation ensures smooth surface refinement in industrial and workshop applications.
Koyo-Sha New Felt With Shaft is an advanced buffing tool impregnated with chromium oxide or aluminium oxide and grease for high-grade polishing without additional compounds. It delivers excellent surface finish and luster across metals, ceramics, resin, and more, improving efficiency and cleanliness in industrial polishing processes.
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