01 Grand Opening, Leading the Future with Innovation
From April 15 to 17, 2026, CIGIE 2026 was grandly held at the Wuxi Taihu International Expo Center. As a highly influential international event in the fields of industrial gases and hydrogen energy technology, this year's expo brought together more than 300 top-tier global exhibitors and attracted over 30,000 professional visitors. It served as a premier industry platform for technical exchange, trade collaboration, and ecosystem integration, where participants explored new industry trends and jointly built a new ecosystem for industrial upgrading.
Rooted in the cutting edge of the industry and focused on core areas such as industrial gases and hydrogen energy technology, this expo served as a vital window for global exchange and cooperation within the gas industry. With professionalism, innovation, and openness as its core values, the exhibition promotes the exchange of technology and the sharing of resources across the global gas industry, injecting strong momentum into the industry's high-quality development.
02 Premium Products on Display, Leading the Future with Technology
Chang Ai made a grand debut with a lineup of its core star products, becoming the focal point of attention at the exhibition. The CI-PC62 trace oxygen & trace moisture analyzer, the CI-AM171 intrinsically safe dew point transmitter, air separation analysis systems, the CI-DM305 handheld dew point meter, and the CI-FT211/CI-FT212 series mass flow meter were displayed at the exhibition, which embody the essence of the company's R&D capabilities. With their high precision, stability, and adaptability, these products fully demonstrated Chang Ai's technical capabilities and innovative achievements in the field of gas analysis and detection, attracting significant attention from China's and international clients.
03 Capturing Trends, Industrial Upgrading
Industrial gases are a core pillar of modern industrial development. With industry demand continuing to rise, the sector is accelerating its transformation toward higher precision, greater sustainability, and smarter operations. The application of hydrogen energy, the implementation of carbon neutrality technologies, and the localization of the semiconductor supply chain have become key growth areas for the industry. Chang Ai accurately identifies industry trends, leverages cutting-edge technologies to deepen its expertise in these areas, provides professional analytical and testing support for industrial upgrading, and helps drive the industry's green and smart development.
04 Deepening Expertise in Science, Crafting Industry Benchmarks
Chang Ai is a world-leading high-tech enterprise in gas analysis and detection. The company has consistently focused on the research, development, and application of cutting-edge analysis and detection technologies. The product portfolio spans six major technical fields and includes hundreds of products, and it remains committed to providing customers with first-class products and one-stop solutions. Over the years, Chang Ai has broken through technical barriers through innovation and solidified its brand foundation through quality, becoming a benchmark enterprise in the global gas analysis and detection industry.
05 Uniting for Progress, Co-creating an Ecosystem
This exhibition serves as a crucial opportunity for Chang Ai to connect with global resources and deepen international cooperation. It also provides a platform for the company to engage in in-depth exchanges and targeted collaboration with industry partners both domestically and internationally, working together to explore new opportunities for industrial cooperation.
Moving forward, Chang Ai will remain committed to its founding spirit of innovation, continue to focus on the field of gas analysis and testing, empower the global industrial gas industry with cutting-edge technology and high-quality services, and work hand in hand with industry partners to pioneer new frontiers in the sector, propelling China's gas analysis and testing technology onto the world stage.