Safeguarding Non-Combustible Materials: Essential Protection

Steel buildings excel in strength, durability, efficient construction, and sustainability. They offer superior seismic and wind resistance, enabling rapid prefabrication and on-site assembly to cut costs and boost efficiency. Steel's flexibility inspires innovative designs, and its recyclability supports sustainable development goals.Steel buildings excel in strength, durability, efficient construction, and sustainability. With superior seismic and wind resistance, they allow for rapid prefabrication and on-site assembly, reducing costs and enhancing efficiency. Steel's flexibility fosters innovative designs, while its recyclability aligns with sustainable development objectives.

Choosing the Right Fire Protection Coating for Steel Structures

Two main types of fire-resistant paint for steel exist: fire-retardant and intumescent. Fire-retardant paint releases flame-damping gases when heated, restricting flame spread. However, it is less favored for steel structures due to its lower insulation capacity compared to intumescent paint.

Advanced Intumescent Fire Retardant Coatings for Steel Structures

Intumescent fire retardant coatings shield steel from fire by forming a dense char layer when heated, acting as a thermal barrier. Coating thickness adheres to architectural standards; longer fire resistance requirements dictate thicker coatings. Options include thin coatings for standard buildings and thick coatings, adapted from offshore industries, for robust fire protection in environments like high-rise steel structures.

Burning Test

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