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Fireplaces are a popular heating solution in many households, but they require proper maintenance and protection to ensure their longevity. High-temperature coatings can provide adequate protection for fireplace surfaces exposed to high temperatures and corrosive elements. Robotic coating offers many benefits over traditional manual coating, ncluding efficiency, accuracy, and safety. This paper explores the possibilities of robotic application of high-temperature coatings for protecting fireplaces. Using a developed imulation, the study examines the effectiveness of high-temperature coatings and compares the results of robotic and manual coating methods. The findings suggest that robotic coating can significantly improve the quality and consistency of coating applications and provide better protection for fireplace surfaces. The results of this study can be useful for fireplace manufacturers, and coating applicators interested in adopting robotic coating methods for protecting fireplaces.
robotic application; high-temperature coatings
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