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Powder coating vs. E-coating: evaluate the best finish for your window hardware. Master the balance between precision tolerances and long-term rust protection.
Powder coating vs. E-coating: evaluate the best finish for your window hardware. Master the balance between precision tolerances and long-te
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The E Coat Paint Process: Just 4 Steps
The e coat paint process is becoming ever more popular, and for good reason. It offers a strong, durable coating able to stand up to harsh and corrosive environments in addition to being quite visually pleasing. Want to gain a deeper understanding of this useful metal finishing service? Read on to discover the 4 steps involved in the e coat paint process.
The first step in the e coat paint process is pretreatment. It’s important to clean a surface properly before attempting to apply any kind of coating, or you may end up with unsatisfactory results. During the pretreatment process, the metal is cleaned, then a phosphate is applied to ready the surface for coating.
The second step in the e coating process is the application itself. The metal part is submerged in a bath containing deionized water and paint solids. Then, an electric charge is applied to the bath. The electric charge causes the paint solids to be attracted to the metal surface, and they cover it in an even coating.
The third step in the e coating process is the post-rinse. Once the coating on the metal part has reached the desired thickness, it is removed from the bath. It is then rinsed to remove any excess paint. This residual material can then be added back into the bath for further e coating applications.
The fourth and final step in the e coat paint process is curing. The coated part is placed in an oven to bake until it hardens into a durable finish.
All in all, the e coat paint process is relatively simple, and extremely effective.
E-Coat Market
E-Coat is cured by the heating process while the curing time and temperature are finalized by the epoxy, acrylic
Source Link-https://coherentmarketinsightsus.blogspot.com/2022/09/e-coating-involves-submerging-metal-in.html
E Coating: How Does it Work?
How much do you know about the e coating process? If you answered “not a lot!” never fear; that’s what we’re here to talk about.
Let’s start with the basics. E coating is a metal finishing process that shares a lot of similarities with powder coating. Like powder coating, e coating uses an electrical charge as a major part of the application process. Also like powder coating, e coating is a pretty environmentally friendly finishing option, as it doesn’t release any VOCs (volatile organic compounds). Both finishing methods provide a surface with a durable, corrosion resistant coating able to withstand a great deal of wear and tear. At this point, you may be thinking, “ok, so what’s the difference?” The difference is that powder coating is a dry finishing process, while e coating is a liquid finishing process.
This is how e coating works: a metal part is pretreated in a phosphate conversion coating, then submerged in a paint bath. The metal part in question will be either positively charged or negatively charged, depending on whether you’re using an anodic system (the part will be positively charged) or a cathodic system (the part will be negatively charged). Once the metal is submerged, an opposite electrical charge is applied to the bath. This charge causes the paint particles in the solution to become attracted to the metal part. They begin to cover the part, creating an even coating all over the part’s surface. Once the coating has reached the desired thickness, it is removed from the bath, rinsed, and placed in an oven to cure. And that’s it! Now you know exactly how e coating works!
