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EXL Deburring convolute wheels are often used to remove burrs, scratches and oxides from the surface of metal parts, as well as trim and polish complex geometries. They are used for surface treatment of aircraft parts, engine components and spacecraft. | |||||||||
EXL 7S FIN 6X1X1 Convolute Wheel
Nice Top
EXL deburring wheels are smooth and require only light pressure to complete the job; they also have good cutting power and fit. The resilient abrasive qualities of the non-woven abrasive allow the nylon deburring wheel to conform to the edges and corners of the workpiece. This is the preferred deburring and chamfering product for workpieces with irregular and complex shapes.
Aerospace blades deburring improves fatigue life, reduces airflow interference and prevents failures, ensuring engine performance and safety. The difficulty lies in the complex shape of the blades, the inaccessibility of the grinding area, and the high hardness of the titanium alloy material. The process therefore requires abrasives that are highly compatible with the grinding surface.
Finer finishing performance: Roll Tight Wheels are made by surrounding a three-dimensional non-woven fabric mesh and mineral abrasives in a gyratory structure on a tube pistil, providing a finer finishing performance.
Finer grinding: More detailed and softer than stacked wheels for a better fit.
Longer life and extra cutting capacity: Easy to operate, fine abrasive results, smooth operation and only light pressure is needed to finish the work.
EXL deburring wheels are smooth and require only light pressure to complete the job; they also have good cutting power and fit. The resilient abrasive qualities of the non-woven abrasive allow the nylon deburring wheel to conform to the edges and corners of the workpiece. This is the preferred deburring and chamfering product for workpieces with irregular and complex shapes.
Aerospace blades deburring improves fatigue life, reduces airflow interference and prevents failures, ensuring engine performance and safety. The difficulty lies in the complex shape of the blades, the inaccessibility of the grinding area, and the high hardness of the titanium alloy material. The process therefore requires abrasives that are highly compatible with the grinding surface.
Finer finishing performance: Roll Tight Wheels are made by surrounding a three-dimensional non-woven fabric mesh and mineral abrasives in a gyratory structure on a tube pistil, providing a finer finishing performance.
Finer grinding: More detailed and softer than stacked wheels for a better fit.
Longer life and extra cutting capacity: Easy to operate, fine abrasive results, smooth operation and only light pressure is needed to finish the work.