Steel structure engineering primarily utilizes steel for its construction, mainly consisting of steel beams, columns, trusses, and other components made from shaped steel and steel plates. These components are typically connected through welds, bolts, or rivets, making it one of the primary types of building structures. Due to its relatively light self-weight and ease of construction, steel structures are widely used in large factory buildings, bridges, venues, and ultra-high-rise projects.
Seismic Resistance:
Low-rise villa roofs are mostly sloped, so the roof structure generally employs a triangular truss system made of cold-formed steel components. After the structural boards and gypsum boards are sealed, the light steel components form a very robust "plate rib structure system." This structural system boasts enhanced seismic resistance and the ability to withstand horizontal loads, making it suitable for areas with a seismic intensity of 8 degrees or higher.
Wind Resistance: The type steel structural buildings are lightweight, high in strength, possess excellent overall rigidity, and have strong anti-deformation capabilities. The weight of the building is only one-fifth of the brick and concrete structure, capable of withstanding hurricanes with wind speeds of 70 meters per second, effectively protecting lives and property.
Durability: The light steel residential structures are composed entirely of cold-formed thin-walled steel components. The steel frames are made from super-durable, high-strength cold-rolled galvanized sheets, effectively preventing rust during construction and use, thereby extending the lifespan of the light steel components. The structural lifespan can reach 100 years.
Insulation Properties: The main insulation material used is glass fiber cotton, which provides excellent thermal insulation. The保温boards applied to the exterior walls effectively prevent the "cold bridge" phenomenon, achieving superior insulation performance. A thermal resistance value of around 100mm thick R15 insulation cotton is equivalent to that of a 1-meter thick brick wall.
Sound Insulation: Soundproofing is a crucial factor in evaluating residential properties. Windows installed in the light steel system are equipped with double-glazed glass, offering excellent soundproofing with a rating over 40 decibels. Walls composed of light steel studs and insulating gypsum board can achieve a soundproofing effect of up to 60 decibels.
Healthiness: Dry construction work minimizes environmental pollution from waste, with steel structural materials being recyclable, and most of the auxiliary materials also recyclable, aligning with current environmental awareness; all materials are green building materials, meeting ecological and environmental requirements, and conducive to health.
Comfort: The light steel wall system incorporates an energy-saving technology with a breathing function, allowing for adjustable indoor air humidity and dryness; the roof features ventilation, creating a circulating air space above the interior, ensuring adequate ventilation and heat dissipation for the roof interior.
Efficient: All construction work is completed dry, unaffected by environmental seasons. A building of approximately 300 square meters can be completed in just 30 working days with a team of 5 workers, from foundation to finishing.
Environmental Protection: Materials are recyclable, truly achieving green and pollution-free.
Energy-saving: Utilizing energy-saving walls with excellent thermal insulation, heat insulation, and soundproofing properties, achieving up to 50% energy-saving standards.
