| Customization: | Available |
|---|---|
| Color: | Green |
| Drying Time: | Fast-drying |
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Petrochemical industry: oil refineries, chemical plant equipment, pipelines, storage tanks and other often exposed to a variety of corrosive media and flammable and explosive substances, need to use fire resistant coatings for protection to ensure production safety and long-term operation of equipment.
Marine engineering: Offshore platforms, ships, port facilities, etc. have been in the Marine environment for a long time, subject to the erosion of seawater, salt spray, sea wind, etc., and there is also the risk of fire. Fire resistant corrosion resistant coatings can provide effective protection for these facilities.
Power industry: boilers, turbines, transformers and other equipment in power plants, as well as poles and towers of transmission lines, cable Bridges, etc., all need to have good fire and corrosion resistance. Fire resistant corrosion resistant coatings can improve the safety and reliability of these equipment and facilities.
Construction industry: In some building structures with high fire and corrosion resistance requirements, such as steel structure buildings, subway tunnels, underground garages, etc., the use of fire resistant corrosion coatings can improve the fire rating and durability of buildings.
Surface treatment: Before construction, it is necessary to clean, rust, oil removal and other treatments on the surface of the coated material to ensure the adhesion between the coating and the substrate. The quality of surface treatment directly affects the protective effect and service life of the coating.
Coating method: The common coating methods are spraying, brushing, rolling coating and so on. Spraying can obtain a uniform and smooth coating, but it requires professional equipment and technology; Brush and roll coating are suitable for small areas or complex shapes, but the uniformity of the coating is relatively poor.
Dry curing: According to the type of paint and construction environment, choose the appropriate dry curing method, such as natural drying, heating drying, ultraviolet curing, etc. Ensure that the coating can be fully dried and cured to achieve the expected performance indicators.
| Thermal stability (500ºC, 5h) | Paint film without cracks and shedding |
| Alternating high and low temperature (-40-+500ºC) | After 3 cycles, the paint film did not crack or fall off |
| Oxygen-acetylene flame ablation | 2s paint film does not fall off the front, the back allows slight discoloration |
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