Grid structure engineering is widely used in large-span public buildings such as stadiums, high-speed rail stations, and airport terminals due to its advantages of lightweight, high strength, flexible design, and efficient construction.
Improving the wind uplift resistance of color steel plates requires consideration of the entire lifecycle, including design, material selection, construction, and maintenance.
Parking shed membrane structures are a refined fusion of engineering technology and artistic expression. With a thin membrane, they create a sheltered space from the sun and rain, and also support the city's aspirations for beauty and sustainability.
In today's rapidly developing landscape of green buildings, large-span stadiums, and high-end public facilities, building envelope systems face higher demands for lightweight, durable, malleable, and sustainable materials.
On city streets, in community corners, in commercial plazas, and on campuses, a uniquely shaped and sleek parking shed is quietly changing people's perception of "sheltered space."
Aluminum-magnesium-manganese alloy plate is commonly used with fluorocarbon coating, polyester coating, etc. These coatings have high requirements on the surface condition of the substrate.
