High-temperature resistant coatings are crucial for providing thermal protection in various sectors, encompassing both military and civilian applications. These coatings are indispensable for equipment and structures operating in high-temperature environments, such as aircraft, engines, high-temperature boilers, and steam pipes. Thermal spraying techniques like flame spraying and plasma spraying are often limited by equipment constraints, restricting their use to small areas and coating them unsuitable for large-sized components. Consequently, air spraying remains the predominant method for applying high-temperature resistant coatings due to its simplicity and effectiveness over larger surfaces. The work aims to explore the development and application of high-temperature resistant coatings suitable for air spraying, categorizing them into organic and inorganic coatings.