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The energy industry includes thermal power plants, hydropower stations, nuclear power plants, etc. The equipment of these facilities is exposed to high temperature, high pressure or corrosive media all year round. Industrial paint can provide a protective barrier for these equipment to prevent corrosion, wear and thermal damage, and ensure the stable operation of the equipment.

In the global paint and coatings market, several companies have firmly established themselves at the forefront of the industry through long-term accumulated technical strength, market layout and a wide range of product lines. Among them, Sherwin-Williams, AkzoNobel, PPG Industries and Nippon Paint are recognized industry giants.

The role of heat-resistant paint is not just to reflect light, its main function is to resist high temperatures, slow down heat transfer, and maintain its physical properties at extreme temperatures. Therefore, the color of heat-resistant paint (such as black) is more due to physical and chemical stability, thermal radiation efficiency, and material performance considerations rather than simple optical reflection.

Double-layer enamel paint is the recommended practice in most cases. The first layer of enamel paint can adhere well to the primer or metal surface and provide initial protection. The second layer of enamel paint can further enhance the thickness of the coating and make the entire coating more durable.

The 8 steps for applying striping paint: 1. Planning and design, 2. Material and equipment preparation, 3. Cleaning and preparing the construction surface, 4. Laying out lines and marking, 5. Applying striping paint, 6. Drying and curing, 7. Cleaning and inspection, 8. Opening traffic.