Anodizing is a great way to get a high-quality finish on CNC-machined parts and sheet metal. It creates a thin layer of oxide that makes the part more resistant to rust and improves its appearance. The process includes several steps: cleaning, chemical baths, pretreatment, immersion, and dyeing or sealing. Anodizing comes in many colors and finishes to choose from. It helps the parts keep their original quality, even in harsh conditions or with regular use. Making anodizing an ideal choice for parts that need to look good and last long.
Material
Aluminum
Surface
Natural, Bead Blasted, Brushed
Available Colors
Clear, Black, Red, Blue, Orange, Gold
Our anodizing process:
The process includes several steps to make a metal surface more substantial and corrosion-resistant.
The first step is cleaning the metal to remove dirt and impurities from its surface.
The second step involves dipping the metal part in a bath of electrolytes and applying an electric current. This process causes oxygen ions to attach to the metal’s surface and form a layer called an oxide finish. This porous layer absorbs dyes or other treatments that add color or different properties to the final product.
After rinsing, hot water or a chemical seals the part, helping lock in the oxide finish and preventing further deterioration. The time needed to complete this process can vary based on the type of metal and the finish you want. It can take several hours or even days.
Why choose anodizing for your project?
Anodizing is a process that creates a protective layer on aluminum. This layer strengthens the metal, prevents rust, and improves its look. To anodize aluminum, you use an electrical current to treat the surface and form an oxide layer. This layer enhances the surface finish, increases hardness, and makes it more scratch-resistant.
The oxide layer produced by anodizing is smooth and maintains its color, resisting fading and chipping. Anodizing is also cost-effective and doesn’t significantly affect the strength or weight of the material. In summary, anodizing is a reliable way to achieve high-quality finishes, better durability, and improved appearance.
How does the process of anodizing aluminum work? Anodizing is an electrochemical process that converts the metal surface into a decorative, durable, corrosion-resistant, anodic oxide finish. This process not only enhances the appearance of aluminum but also improves its resistance to wear and corrosion. Anodizing is beneficial because it provides a hard, long-lasting, and protective oxide layer on the aluminum surface, making it less prone to scratching, chipping, and corrosion.