Significant advancements in powder coating spraying production line equipment and processing over the years have resulted in significant increases in productivity and quality throughout the process, as well as a significant increase in the number of applications for powder coated components in recent years. Researchers are working on the development of lower-temperature cure products for heat-sensitive substrates, which will allow for greater flexibility in the manufacturing process.
Due to chemical bonding that occurs during the molding process, the powder coating in the finished product becomes chip and impact resistant. During the molding process, the hardness of the powder coating is increased, resulting in a more durable finish.
According to the manufacturer, clearcoats are applied to vehicles, boats, and other products that require high levels of durability as well as aesthetic appeal to function properly. This is accomplished by combining clearcoats with primers, basecoats, and color coats, all of which are applied after the primer.
The application of automated manufacturing systems is found in manufacturing environments where repeatability and high production of a limited number of components are critical considerations. In recent years, there has been a steady increase in the number of functional powder applications available on the market.
When it comes to powder coating booths, induction ovens are most commonly used to pre-heat metal parts prior to coating in order to speed up the film build process. Their use in fusion-bonded epoxy coating applications such as the coating of concrete rebar and the coating of pipe used in natural gas transmission transmission are quite commonplace. High line speeds and film builds greater than 10 mils are common in this type of application, as are systems that operate at high line speeds. High line speeds are also common in this type of application.
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