Views: 15 Author: Site Editor Publish Time: 2024-06-18 Origin: Site
Nylon convolute wheels are a crucial series within non-woven abrasive products, widely used across various professional fields.
Convolute wheels are constructed by wrapping a three-dimensional non-woven web and mineral abrasives around a core in a spiral structure. These wheels are designed for unidirectional grinding, indicated by the arrow on the side of the non-woven abrasive wheel and the one printed on the wheel core. Convolute wheels provide finer machining performance and are more delicate and flexible compared to unitized wheels.
Convolute wheels are primarily divided into two categories: convolute deburring wheels and convolute finishing wheels.
Convolute deburring wheels are used for controlled, consistent deburring and edge radiusing of metals.
Suitable for glass, composites, and all metals.
The new EXL Deburring Convolute Wheel is designed with the operator in mind. It features a longer lifespan and additional cutting performance without being too hard or leaving a rough finish. It runs smoothly and requires only light pressure to complete the job. This makes it the preferred non-woven abrasive wheel for operators who can feel the difference.
Suitable for stainless steel, aluminum, copper, soft metals, brass
Achieve final surface treatment on stainless steel and other metals with fewer steps, less time, and less effort. The MF convolute wheel, with its wave structure, provides clean and uniform texturing on various metals. This non-woven abrasive wheel combines abrasive grades with low density, making it particularly suitable for highly conformable and low-density final finishing applications.
Suitable for all metals, glass, composites.
The Light Deburring Convolute Wheel provides a clean and efficient system for removing fine burrs, leaving surfaces highly polished. Due to its excellent conformability, this non-woven abrasive wheel is ideal for light deburring, polishing, and finishing, offering a fine polishing effect while maintaining critical tolerances.
For nylon wheel products, the product speed significantly affects performance (cutting, lifespan, and finish). Therefore, selecting the appropriate speed for specific operations and workpieces is crucial.
Generally, low-speed rotation produces very uniform brushed finishes, used for polishing aluminum alloys without lubricants, and for composites or other soft materials. For removing or blending surface defects and hard burrs, high-speed rotation is recommended. High-speed rotation yields faster cutting speeds and finer finishes.
