This product has multiple core advantages that distinguish it from ordinary high-temperature paints. First, it adopts a modified silicone resin matrix, which has excellent high-temperature stability without releasing toxic and harmful substances under long-term high-temperature baking. Second, it adds high-purity ceramic micro-powder fillers, which improve the coating's thermal insulation performance and wear resistance, reducing the heat transfer efficiency of the base material by more than 60%. Third, it has excellent weather resistance, and can maintain good coating performance after being exposed to outdoor high-temperature and ultraviolet radiation for a long time. It can solve the pain points of common high-temperature paints that are prone to discoloration, peeling and cracking under long-term high-temperature cycles, providing durable thermal protection for industrial equipment.
Base Material: Modified Silicone Resin; Film Formation Type: One-component Curing; Dry Film Thickness Range: 20-50μm per coat, recommended 2 coats for total thickness 40-100μm; Curing Conditions: Natural curing at room temperature, or low-temperature baking at 80-120℃ for 30 mins to accelerate curing; Density: 1.35g/cm³; Coverage: 8-10㎡ per Kilogram (at 30μm thickness); Construction Tool Compatibility: Suitable for brushes, wool rolls and airless spray guns; Storage Conditions: Store in a cool, dry place away from direct sunlight, temperature range 5-35℃; Packaging Specifications: 5kg/barrel, 20kg/drum; Compliance Standards: Meets ASTM D4587, GB/T 1728-79 and EU REACH regulations.
Main applicable scenarios include industrial boiler inner wall protection, high-temperature exhaust pipe surface anti-corrosion, steel structure high-temperature workshop roof coating, metallurgical furnace equipment surface thermal insulation, and incinerator flue anti-oxidation treatment. It is suitable for industries such as metallurgy, electric power, chemical engineering, machinery manufacturing and new energy thermal power generation. Typical use cases include coating the surface of coal-fired boiler heating surfaces, the outer wall of gas turbine exhaust systems, and the inner wall of industrial drying furnaces, providing long-term reliable high-temperature protection for these equipment that operates in extreme high-temperature environments for a long time.
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