At the recently concluded CTBUH 2025 China Conference in Shanghai, NorthGlass demonstrated how technological innovation and artistic ambition continue to reshape the role of glass in the future of high-density cities. Held under the theme “Transforming High-Density Cities Toward Sustainable Development,” the conference brought together global architectural leaders, including Zaha Hadid Architects, Snøhetta, OMA, KPF, Foster + Partners, and SOM, as well as major developers, academic institutions, and industry associations. NorthGlass stood out as a key contributor to both sustainability and façade innovation.

Mr. Li Chunchao, Marketing Director and Deputy General Manager of the Processed Glass BU, delivered a keynote speech titled “Beyond Glass – How NorthGlass Empowers High-Rises to Achieve High-Quality Green Development.” He explained the deeper meaning behind the phrase, “Standards apply to products, but not to art,” noting that while technology defines physical limitations, aesthetic ambition defines expressive architectural possibility. NorthGlass’ mission goes beyond production, focusing on transforming non-standard creative visions into high-standard engineering reality.

The company’s achievements span globally recognized landmarks, from the National Centre for the Performing Arts, Apple Park, and Huawei Headquarters, to the Guinness-record façade glass of Taikang Tower, and the 11.5-ton self-supporting giant glass panels of the Beijing Sub-Center Library. Most recently, NorthGlass engineered nearly 70,000 m² of curved glass, including multi-curved, concave-curved, and saddle-shaped forms, for the OPPO Global Headquarters in Shenzhen, pushing fabrication precision and structural creativity to new extremes.

Driven by its dual-engine model of equipment and products, NorthGlass has expanded its global reach with exports to more than 110 countries. Its presence at CTBUH 2025 reinforced its role not only as a technical manufacturer but as an avant-garde force helping shape greener and more aesthetically ambitious high-rise environments worldwide.