Electrophoretic coating technical principles
Electrophoretic coating technology, as an important part of modern coating technology, has been widely used in the fields of automobiles, home appliances, etc. with its unique advantages.
Electrophoretic coating technology, as an important part of modern coating technology, has been widely used in the fields of automobiles, home appliances, etc. with its unique advantages.
It encompasses heating, cooling, and controlled thermal cycles that transform the properties of materials, from enhancing metal strength to improving durability.
Metal wire drawing is a widely used surface treatment process in various industries, including automotive, electronics, construction, and consumer goods.
Polishing surface treatment means processing the material surface in a small way by mechanical, chemical or electrochemical methods. It removes the fine flaws, scratches and oxide layers on the surface to make the surface very flat and smooth.
Hard anodizing is putting a layer of “armor” on the metal surface. This “armor” isn’t an ordinary coating. It’s an oxide film. The film grows on the metal surface by an electrochemical reaction.
Laser Engraving technology uses a focused light beam to act on the material’s surface. Then it makes detailed designs and engravings.
Passivation serves as a means to transform the metal surface into a state with low susceptibility to oxidation. It’s comparable to applying a layer of “protective covering” onto the metal surface, thereby enhancing its corrosion resistance capabilities.
Baking paint is a kind of paint. It needs high – temperature baking to get cured. When baking paint cures at a high temperature, it forms a paint film.
Powder spraying is an advanced surface treatment. It sprays dry powder coating onto the workpiece surface by static electricity.