Anotek Anodizing Inc

Anodizing - The misunderstood metal process The anodizing in Vancouver process gives metals a protective coating to reduce the reflection from their surface. It's also used for other reasons aside from giving a gunmetal finish to cold-hammer forged parts. Today, most firearms are manufactured with some form of anodizing. The process helps give metallic surfaces a protective coating that reduces the reflection from their surface in sunlight or other light sources. The effects of the anodizing process are two-fold: it protects the part from corrosion and it also prevents the metal from tarnishing and oxidizing more slowly than uncoated metal parts. When used properly, anodizing is an underrated process that many gunsmiths are not aware of or do not understand fully. Let’s explore what it does, its pros and cons, and how you can use it effectively in your firearms manufacturing business. Educate your followers on the process of Anodizing in Vancouver Anodizing is a non-tarnish proces...

How to Choose the Right MIL-A-8625F Anodic Coatings for Your Vehicle The MIL-A-8625 F standard for anodic anode coatings is a daunting one to deal with. If you’re reading this, you’ve probably come across the term before and probably don’t understand what it means. And that's exactly the point. The ANSI standard for anodic anode coatings is significant because it doesn't exist just anywhere. It has to be right for your vehicle so that you get the best possible protection from corrosion. That can mean different things to different people, but in general, it indicates materials and processes that are tested and certified to meet certain standards beforehand. The MIL-A-8625F standard covers two types of anodes: metallic and ceramic. Metallic anodes are made out of metal such as lead or nickel; ceramic anodes are made from rock salt or carbonate rock such as soda lime bicarbonate (SLCB). Each of these has its unique properties, which means there are many different types available d...

How to Electropolish Your Metal Work Do you have any metalwork? If so, you probably have some minor damage from high temperatures or rough handling. Or perhaps something is stuck in your equipment, preventing it from cooling down properly. Whatever the case may be, if you’re experiencing issues with your metal work, chances are it’s because of overheating or electric polishing. If you’ve got any metal work – be it a piece of furniture, a piece of machinery, or even a jewelry item – chances are it will one day require a little bit of TLC. Maybe it needs to be buffed to return to its original luster after being exposed to prolonged heat or prolonged cold. Maybe the finish needs to be refreshed and re-polished after getting hit by the occasional paint splatter. Whatever the case may be, chances are your metal's work will need some help to remain in top shape. In this article, we’ll talk about how you can care for and prevent overheating on your metal work so that it stays looking its ...

Anodizing - How to Do It and What It Does Anodizing in Vancouver is a process that protects certain surfaces from corrosion and the oxidation that comes with it. It’s also known as surface treatment, anodizing, or electrochemically rinsing. The resulting chemical reaction between the anodic ( corrosion-causing ) metal and the cathodic ( corrosion-protecting ) alloyrusts the anodic surface. In anodizing, the material is treated with an artificially positive electric charge to form a protective oxide coating on its surface. This can be done through either of two processes: 1. Anodic Aluminum Oxidation - This method involves applying an electrical current to the aluminum piece you want to protect and then oxidation takes place. The result is that the aluminum selectively oxidizes at its edges where it receives more current. This process forms "anodic" oxide coatings on aluminum alloys from 075 to 300 °C . 2. Cathodic Aluminum Oxidation - This type of process works by applying a...