1. Thermal Insulation: Its thermal insulation and heat-blocking properties are six times greater than glass, three times greater than clay, and ten times greater than ordinary concrete.
2. Lightweight and High-Strength: It weighs only one-quarter as much as ordinary concrete and one-third as much as clay bricks; it is lighter than water and comparable in weight to wood. Its cubic compressive strength is ≥ 4 MPa. Particularly in steel-structure projects, utilizing ALC panels as the enclosure structure allows for the full realization of their superior advantages: light self-weight, high strength, good ductility, and strong seismic resistance.
3. Fire Resistance and Flame Retardancy: Aerated concrete is an inorganic material; it does not burn, nor does it generate harmful gases under high-temperature conditions. Furthermore, aerated concrete possesses a very low thermal conductivity, which slows down heat transfer, effectively resisting the spread of fire and protecting the underlying structural framework from fire damage.
5. Sound Absorption and Insulation: Depending on its thickness, it can reduce noise levels by 30 to 50 decibels. The internal components of the lightweight panel series (specifically EPS polystyrene granules) provide excellent sound insulation and sound-absorbing capabilities.
6. Load-Bearing Adaptability: It is capable of withstanding various loads, including wind loads, snow loads, and dynamic loads.
7. Durability: As a silicate-based material, ALC panels are not susceptible to aging or weathering; they constitute a highly durable building material with a normal service life that fully matches-and is compatible with-the lifespan of permanent structures of all types.
8. Eco-Friendly and Sustainable: ALC panels are non-radioactive and do not emit harmful substances. A key advantage of aerated concrete fireproof panels is that their production process generates no pollution or hazardous waste. During use-even under high temperatures or in the event of a fire-they emit absolutely no radioactive materials or harmful gases. The presence of numerous independent micro-air bubbles within the material endows aerated concrete products with a certain degree of impermeability, effectively preventing the penetration of water and gases.
9. Economical and Practical: It increases usable floor area, reduces foundation construction costs, shortens construction timelines, and lowers heating and air conditioning expenses, thereby achieving significant energy-saving effects.
10. Ease of Construction: Aerated concrete products feature precise dimensions and light weight, which significantly reduces the required input of both human labor and material resources during construction. During installation, these panels typically utilize a dry construction method; this process is straightforward and highly efficient, effectively shortening the overall construction period.
Advantages of Fire-Resistant Panels:
They feature vibrant colors and offer a variety of edge-banding options. Their benefits include resistance to abrasion, high temperatures, and scratching; impermeability; ease of cleaning; moisture resistance; fade resistance; a smooth, refined tactile finish; and affordability.