By means of continuously accelerated research methods, the salt spray tester can obtain the salt spray test resistance of electrophoretic coatings with different film thicknesses, different parts, and different economic structures, in order to identify and analyze that these parts of us are more prone to cause corrosion during the painting process and to take the corresponding protective technical measures.
When people buy a car, they are often concerned about how good it looks and the quality of the surface coating is a visual assessment of the quality of the car. With the deterioration of the global environment, people are demanding good corrosion resistance from automotive coatings. How improve the corrosion resistance of a car is one of the key issues that many car manufacturers have to face, and a salt spray tester can solve this problem.
As one of the four major processes in automotive manufacturing, paint is used primarily for corrosion protection and decoration. It is an important rust protection project for automobiles. The coating provides complete protection for the body by applying high corrosion protection coatings to improve electrophoretic penetration, increasing the film thickness of each coat, applying sealants to the welds, and spraying corrosion protection wax. However, defects or deficiencies in body construction, design, and manufacture can still result in some parts of the body being more susceptible to corrosion than others. Therefore, these areas of corrosion should be identified and analyzed during the painting process, and protection measures are taken accordingly. It is important to use these corrosion delamination issues in the design phase, i.e. in new hairstyles.
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