Using metal spray is an efficient way to protect mission-critical equipment from corrosion. There are several different types of metal spray technologies. Depending on the type and material, the coating can be thin or thick, giving it additional protection where it is most needed. The coating can be varying thicknesses, allowing the operator to customize the thickness to meet a variety of needs. For example, in the case of solar panels, the optimum thickness for the solar panels is between 0.6 and 0.8 microns.

The Efficient Way to Protect Mission-Critical Equipment From Corrosion

metal spray

The advantages of metal spraying are numerous. Its speed and precise application make it highly popular across different industries. Compared to traditional paints, it offers a greater range of climatic conditions. Furthermore, there are no mixing and drying processes involved, reducing the chances of mistakes. The sacrificial action of the metal helps it to resist corrosion instantly. Therefore, the production process is also faster. In addition, there are fewer steps in the process, making it easier to control quality.

The process of Metal Spraying has been around for over a century, and it can be used on-site to protect components from oxidization. The process involves applying molten metal to softened particles. The resulting bond between the metal and the parent material is mechanical and has zero chance of component distortion. As a result, Metal Spraying is an environmentally-friendly way to treat components. The molten metal is applied to a prepared surface.

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