The process of applying fusion bonded epoxy powder coating is a relatively simple one. The resin is heated to high temperatures and then cooled to a solid state. Once the material has cooled, it flows over the surface of the pipe, and a second layer of fusion bonded epoxy is applied on top. Its abrasion resistance and good adhesion qualities make it a preferred choice for pipelines.
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The process of fusion bonded epoxy powder coating involves several layers of resin, hardener, and filler. In order to create a smoother finish, the resin is heated to a high temperature and then cured. The final layer is a thin film of phenolic primer. The layers of resin are cross-linked, and the process produces a much thicker, more resistant coating. Lastly, a fluidized bed is used to apply the fusion bonded epoxy.
There are many advantages to using fusion bonded epoxy powder coating. It is suitable for use in low and medium temperatures. It provides a durable surface and is heat curable. A sprayed layer can also be applied to pipes. This type of fusion bond epoxy powder coating has a wide range of applications. If you want to protect pipes, then you may want to use a heat-curable, thermosetting epoxy.