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Vapor Honing For Anodizing




Vapor honing for anodizing uses high pressure air and water delivered at a rate of about 25 gallons per minute to remove a film of aluminum oxide from the surface of the metal workpiece. The slurry of grit particles in the water is then directed against the workpiece. Next, the workpiece is washed with a smut-removal chemical or caustic etch solution, and rinsed. The entire process is carried out without the use of any chemicals or tools, allowing for a safe environment and reduced risk of contamination.


A proper vapor honed finish is achieved using a fine abrasive suspended in water. This slurry is then pumped into a vacuum where the grits are blown against the surface. This creates a highly aggressive hone action, which is ideal for removing heat treat scale and tool marks. A vapor-honed finish can also be used to remove a satin-finish, which is not possible with sandblasting.


Vapor honing is a common process that can be used for a variety of finishes. The process is also known as wetblasting. This method uses a slurry of glass beads and water mixed with high-pressure air to remove an oxide layer from the metal. Aluminium oxide is an ideal alternative to glass beads and can be applied to aluminum or other materials. The process requires less time and cost than wetblasting, but is more accurate.


Vapor honing is an extremely precise process. A proper vapor honing finish is one where a small amount of abrasive is added. The resulting surface texture has a high degree of roughness and is very uniform. The finished product is a very high-quality finish that can last a long time. This is an extremely common process, which is a must for any anodizing operation.


In anodizing, the process is also known as vapor blasting. The process involves the use of a slurry of glass beads and water and high-pressure air. Both are effective in deburring and cleaning aluminum. The process is used to produce a smooth, rust-resistant finish. While wet blasting is effective for aluminum, vapor honing is more effective for copper and aluminium.


Vapor honing for anodizing uses a slurry of water and abrasive grit particles of about 200 mesh. Once the surface is vapor honed, it is immersed in an acid solution. The acid used is usually sulfuric. The result is a smooth, anodized surface. While the process is similar for all metals, the abrasive is essential in the anodizing process.


The process is an excellent way to prolong the finish of metal objects. The vapor honing process can be done on a budget, as there is no need to buy expensive specialized equipment. And if you do want to try it yourself, vapor honing is a great way to save money while doing your own anodizing. Just remember that a vapor honing process is not cheap, so be sure to do research before purchasing a vacuum hone. See weekend warrior vapor honing technologies.




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