Mái che hành lang trường học cho dự án Trường Tiểu học Ziqi tại Chu Hải
Công trình PVDF lấy cảm hứng từ đám mây mô phỏng sinh học này che phủ 1630m² lối đi lại đông đúc của sinh viên tại Chu Hải. Được thiết kế để chịu gió 180 km/h, Mái che Hành lang Trường học mang lại khả năng chống tia UV thiết yếu và đảm bảo an toàn đáng tin cậy cho người đi bộ.
Vị trí
Chu Hải, Trung Quốc
Diện tích che phủ (M²)
1630㎡
Tốc độ gió
Gió 180 km/h
Ngày hoàn thành
10/2024
Tổng quan dự án
This project is located in Hengqin District, Zhuhai, China, and was completed in October 2024. It is a tensile membrane canopy system designed for school corridors, inspired by the organic form of “clouds.” The project was developed in two phases, with Phase I covering approximately 600 m² and Phase II approximately 800 m², for a total covered area of about 1,630 m². The structure has a standard width of 8 m and an overall height of approximately 2.8 m, with a total steel consumption of around 41 tons.
The primary steel structure is treated with an epoxy zinc-rich primer and white topcoat to ensure long-term durability and corrosion resistance. The roofing material is 1100 g/m² white PVDF architectural membrane, featuring B1-class fire resistance and fully compliant with public building safety standards.
Thách thức - Giải pháp
The canopy is installed in key circulation areas, including the school entrance parent pick-up zone and the main pedestrian corridor connecting the security office to the teaching buildings. The client required a membrane canopy that provides effective sun and rain protection while reflecting a natural, modern aesthetic consistent with the overall campus architecture.
In response, our team proposed a biomimetic tensile membrane design featuring interconnected cloud-like forms. A unified white color scheme was applied to both the membrane and steel structure to ensure visual harmony with the surrounding environment. Comprehensive structural analysis and wind-load calculations were completed to guarantee safety and performance, and the final design was approved by the client.
Lắp đặt - Hỗ trợ
Installation was carried out by our professional team under restricted site conditions within the school campus, requiring construction during student holiday periods. Phase I was completed during the summer break, while Phase II was installed during the National Day holiday. A flexible installation strategy combining overall lifting and segmented erection was adopted to meet the tight schedule and site constraints.
Through close coordination with the client, the project was completed on schedule and successfully delivered. The finished canopy provides reliable weather protection for students and staff while creating a distinctive architectural landmark within the campus.
| Thông số kỹ thuật | ||
|---|---|---|
| Loại vải | PVDF | |
| Loại khung | Kết cấu khung | |
| Tải trọng thiết kế | Gió 180 km/h | |
| Tuổi thọ thiết kế | 25-30 Năm | |
| Bảo hành | 10 Năm | |
Nhận Thiết kế & Báo giá Miễn phí
Kỹ sư của chúng tôi sẽ phản hồi trong vòng 24 giờ
Liên hệ qua Whatsapp
Dự án liên quan
An toàn cho người đi bộ tại Hải Nam được tăng cường nhờ công trình PVDF dầm chữ I cong rộng 320㎡ này. Mái che bóng râm bằng PVDF cho hành lang trường học chịu được gió cực mạnh 210 km/h, đảm bảo sử dụng lâu dài ngoài trời cho học sinh.
Located over a lakeside bridge in Nanning, this curved steel and PVDF structure enhances university campus circulation. The University Walkway Canopy protects a 366㎡ path while providing structural stability and optimized drainage.
Situated on a Guangzhou hospital rooftop, this central single-column PVDF installation protects a 576㎡ leisure zone. The Fabric Roof System withstands coastal winds while providing functional lightweight shading for patients and staff.
This wave-shaped steel frame installation in Foshan utilizes fire-rated PVDF to enhance a 1286㎡ pedestrian corridor. The school pedestrian corridor canopy improves outdoor comfort for students through engineered shading and circulation.

