Non-woven fiber wheels are versatile industrial tools designed for surface finishing, especially for polishing, cleaning, and deburring metals, alloys,s and stainless steel. Made of non-woven fabric combined with resin, this product has excellent durability and flexibility and is an essential component in many industrial applications. In this article, we will discuss the characteristics, uses, and applications of non-woven polishing wheels in detail.
Product Features
Material and Construction
Non-woven fiber wheels are mainly made of non-woven fabric, a material known for its strong tensile properties and flexibility. The fabric is impregnated with resin, which helps to bond the fibers together, giving the wheel durability and strength.
Non-woven fabric: The fibers in the non-woven fabric provide a balance of flexibility and strength, suitable for light and heavy-duty polishing tasks.
Resin impregnation: Resin bonding helps maintain the integrity of the wheel during long-term use, preventing excessive wear and ensuring consistent performance.
Wheel shape: This product is designed with a wheel shape, which can be easily installed on a variety of machines and tools, providing more uniform and efficient polishing results.
Size and Specifications
Non-woven polishing wheels are available in a variety of sizes and thicknesses to meet specific operating requirements. Whether you need a small or large wheel, the versatility of this product ensures that it will fit a wide range of machines and polishing tools.
Multiple Sizes: From small-diameter wheels for delicate tasks to large wheels for more intensive work, these wheels are available in a variety of sizes.
Hardness Options: Different hardness levels are available, allowing users to choose a wheel suitable for light polishing or heavy-duty tasks.
Customizable: Depending on the application, these wheels can be customized to meet specific needs such as size, thickness, and density.
2. Product Applications
Non-woven fiber wheels are mainly used for various surface treatments in industrial environments, especially in the field of metalworking. These applications include polishing, cleaning, deburring, and surface treatment of metals such as stainless steel, alloys, and aluminum.
Polishing Alloys and Stainless Steel
One of the main uses of non-woven fiber wheels is polishing alloys and stainless steel. Polishing wheels are designed to smooth rough surfaces, remove oxides and contaminants, and improve the overall aesthetics of the metal.
Surface Smoothing: These polishing wheels help remove rough patches, scratches, and blemishes, leaving a smooth polished surface.
Enhance Gloss: Non-woven fiber wheels can restore the gloss of stainless steel and alloys, making them look clean and beautiful.
Deburring and Cleaning Metal
Non-woven fiber wheels are effective in deburring metal parts, including removing small burrs or sharp edges left after cutting or machining. Polishing wheels are also used to clean metal surfaces before further processing, such as coating or painting.
Deburring: By removing burrs, polishing wheels prevent defects and ensure that metal parts are ready for further processing.
Cleaning: Non-woven fiber wheels effectively remove oil, dirt, and oxides from metal surfaces, ensuring the surface is clean and suitable for further processing.
Finishing Fine or Complex Shapes
For complex or delicate parts, non-woven fiber wheels can be used to achieve a fine finish without damaging the surface. The flexibility of the material ensures that even the most complex geometries can be effectively polished.
Precision Finishing: Non-woven fiber wheels are ideal for parts with complex shapes or thin edges, providing a precise surface finish without compromising the structural integrity of the workpiece.
Surface Uniformity: These wheels are able to maintain a consistent finish across the entire surface, even when processing parts with uneven geometries.