Performance characteristics of light steel villa

Light steel villas are widely used in residential buildings because of their excellent properties such as earthquake resistance, wind resistance, light weight, low cost, heat preservation, durability and environmental protection. Do you know the performance of light steel villas? The structure is earthquake resistant and wind resistant. The light steel villa has good shock resistance and wind resistance. The data obtained by the Earthquake Lab shows that the light steel villa is 2-3 times more earthquake resistant than other traditional houses. The light steel villa adopts light steel structure with light weight, excellent wind resistance and earthquake resistance, and can withstand a typhoon of level 12. Light weight and increased construction area. The cross-sectional area of u200bu200bthe light steel villa is the smallest among all buildings. Under the premise of the same bearing capacity, it is the lightest in weight and adopts lightweight functional building materials. The overall weight is about 1/5-1/6 of the brick-concrete structure building. The building foundation requirements are lower than those of traditional buildings, and the project cost is correspondingly reduced. Thermal insulation performance. The exterior wall of the light steel villa is wrapped with extruded plastic board or polyurethane to form a continuous external thermal insulation. The thermal insulation layer is excellent, and it is warm in winter and cool in summer. Durable, energy-saving and environmentally friendly. Compared with traditional buildings, the energy consumption of light steel villas is reduced by 65%-90%, which is 10% of the water consumption of traditional buildings, and the usable area of u200bu200bthe villas has increased by 10%. And the structural parts are galvanized with special anti-corrosion treatment, which can protect the steel from rust and prolong the service life of the steel. Soundproofing and shock absorption. The perfect sound insulation and shock absorption technology conforms to the national building sound insulation standards, especially in the 250~1000Hz audio frequency, which is the most sensitive to the human ear.