2025 CADE Architectural Design Expo (Shanghai)

The 2025 CADE Architectural Design Expo (Shanghai) is the first expo in the Asia-Pacific region dedicated to high-end architectural system solutions and a high-quality communication platform for architects, with a focus on showcasing architectural design trends. Co-organized by the Architectural Society of China, Messe Muenchen, and Zhonglian Muni, the expo aims to foster integration and interaction between solution enterprises, architects, and the entire industry chain, achieving a perfect blend of architecture, art, and technology while returning to the essence of architecture. Through this expo, it endeavors to comprehensively exhibit and disseminate China's achievements in construction technology, enhancing the status and influence of Chinese architects and promoting the richness of urban architectural culture.

The expo covers a diverse range of architectural domains:

1. **Architectural Design Institutions**: Showcasing project achievements, design philosophies, and spatial installations and works by design institutions.

2. **Innovative Building Materials and Applications**: Featuring metal composite materials, bamboo/wood materials, concrete materials, among others, and innovative and sustainable applications.

3. **Architectural Systems and Solutions**: Including façade systems, roofing and ceiling systems, flooring systems, lighting and shading systems, and other relevant architectural systems and technologies.

4. **Architectural Technology and Digital Solutions**: Encompassing BIM software, smart building control systems, IoT technologies, AI applications, and 3D printing technologies.

The expo spans an exhibition area of 11,500 square meters, welcoming over 23,000 visitors and featuring more than 100 exhibitors. These exhibits and technologies collectively demonstrate the latest architectural design trends and technological innovations, providing a professional and efficient communication platform while creating more opportunities for industry interaction and integration.