Description
Product details
Flap Craft Buffing Wheels & Accessories are a comprehensive range of industrial surface finishing products designed to deliver superior grinding, deburring, blending, polishing, satin finishing, cleaning, and mirror finishing across a wide variety of materials. Manufactured using premium abrasive materials and engineered for consistent performance, our buffing wheels provide exceptional finish quality, long service life, and high productivity in demanding industrial applications. Our product range includes Flap Wheels, Non-Woven Wheels, Combi Wheels, Polystrip Wheels, Felt Wheels, Zircon Flap Wheels, and Aluminium Oxide Flap Wheels, enabling manufacturers to complete every stage of the finishing process—from aggressive stock removal and weld blending to fine polishing and final buffing. Whether you are polishing stainless steel, mild steel, aluminium, brass, copper, titanium, or other non-ferrous metals, Flap Craft offers the right wheel for every application. Designed for use on manual polishing machines, pedestal grinders, centreless polishing machines, robotic finishing systems, and automated production lines, our buffing wheels deliver consistent performance while reducing processing time and improving surface quality. To meet the unique needs of different industries, all our buffing wheels can be customised in terms of diameter, width, bore size, abrasive material, grit, density, hardness, and construction, making Flap Craft a trusted partner for OEMs, fabricators, distributors, and industrial manufacturers. Our Product Range Flap Wheel (Aluminium Oxide) Ideal for grinding, deburring, blending, edge finishing, and general-purpose metal polishing with excellent stock removal and finishing performance. Flap Wheel (Zirconia) Designed for heavy-duty grinding and high-pressure applications, offering faster cutting, cooler operation, and longer service life on stainless steel and hard metals. Non-Woven Wheel Perfect for satin finishing, cleaning, blending, oxide removal, and surface conditioning without altering the workpiece dimensions. Combi Wheel (Coated + Non-Woven) A unique combination of coated abrasive flaps and non-woven material that provides simultaneous stock removal and surface finishing, reducing processing time. Polystrip Wheel Engineered for aggressive removal of rust, paint, coatings, adhesives, sealants, and oxidation while preserving the base material. Felt Wheel A non-abrasive polishing wheel designed for use with polishing compounds to achieve high-gloss, mirror, and decorative finishes on metal surfaces. Key Features Complete range of industrial buffing wheels for every finishing application Premium quality abrasive materials for superior performance Excellent stock removal with consistent surface finish Long service life and reduced wheel loading Low heat generation for improved workpiece protection Suitable for flat, curved, and contoured surfaces Compatible with manual, semi-automatic, and automatic polishing machines High productivity with reduced finishing time Smooth, vibration-free operation Custom manufactured according to customer specifications OEM and Private Label Manufacturing available Applications Our Buffing Wheels & Accessories are widely used for: Stainless Steel Polishing Satin Finishing Mirror Finishing Surface Conditioning Weld Blending Deburring Edge Finishing Rust Removal Paint & Coating Removal Oxide Removal Surface Preparation Decorative Finishing Metal Cleaning Industrial Polishing Tube & Pipe Finishing Sheet Metal Finishing Suitable Materials Stainless Steel Mild Steel Aluminium Brass Copper Titanium Nickel Alloys Cast Iron Non-Ferrous Metals Composite Materials Industries We Serve Our Buffing Wheels & Accessories are trusted across a wide range of industries, including: Stainless Steel Fabrication Kitchen Equipment Manufacturing Automotive Industry Aerospace Components Metal Fabrication Architectural Metalwork Pharmaceutical Equipment Railway Components Industrial Machinery Manufacturing OEM Production Engineering Workshops Hardware Manufacturing
