Chang Ai participated in the 27th China International Gases Equipment, Technology & Application Exhibition
With the core theme of "Smart Navigation · Gas Cylinder Prosperity," the 27th China International Gases Equipment, Technology & Application Exhibition (IG China 2026) successfully concluded on June 11, 2026, at the Hangzhou International Expo Center. This year's exhibition brought together numerous renowned companies from the global gas and natural gas sectors. At this industry feast, Chang Ai stood out thanks to its meticulous preparation and sophisticated instrumentation, becoming one of the highlights of the event.
Focusing on Cutting-Edge Technology
The highlight of this exhibition is the laser analyzer independently developed by Chang Ai, which is based on TDLAS (Tunable Diode Laser Absorption Spectroscopy) technology. Due to its non-contact in-situ measurement capabilities, ultra-high sensitivity, and exceptional resistance to interference, TDLAS technology has become the preferred solution for trace gas detection under complex operating conditions. The successful launch of this product series marks Chang Ai's achievement in bringing its core technical specifications in the field of high-end online analytical instruments fully in line with international advanced standards.
Integrating Engineering Aesthetics
The newly upgraded CI-PC series includes multiple analyzers, such as dew point, oxygen, thermal conductivity, and chromatography analyzers, which not only deliver long-term, stable, and precise measurements but also feature built-in overpressure protection, over-range protection, and dynamic pressure compensation mechanisms. Combined with a proprietary intelligent solenoid valve protection logic, the service life of core sensors is significantly extended from the hardware level. Furthermore, this series pioneers an integrated "tempered glass + touchscreen" design, redefining the interactive experience of industrial instruments with a minimalist aesthetic.
Building System Integration
Chang Ai's online analysis system combines advanced analytical technology with comprehensive system integration, encompassing core modules such as front-end pretreatment systems, sample gas delivery lines, analytical instruments, and instrument cabinets. Tailored to different operating conditions and gas components, the system supports flexible configuration of probes, tubing, pretreatment devices, and instrument cabinets. Characterized by strong adaptability, high system integration, and the ability to analyze multiple components, it fully meets customized gas analysis requirements under various complex operating conditions.
Achieving Strategic Consensus
During the exhibition, Chang Ai's booth attracted many industry experts and buyers who stopped by to engage in discussions. On-site customers highly praised the performance of the new-generation products in practical applications, widely acknowledging that their outstanding engineering design directly addresses industry pain points such as the fragility of traditional instruments and high Operations & Maintenance costs. At the same time, the modern touchscreen interface was highly acclaimed for significantly lowering the operational barrier for field personnel. With exceptional product performance and a superior user experience, numerous potential customers actively engaged in discussions on-site and reached several in-depth strategic cooperation agreements with Chang Ai.
This participation in IG China 2026 not only served as a comprehensive test of Chang Ai's R&D capabilities but also provided a vital window for the company to gain insights into cutting-edge industry trends. Moving forward, Chang Ai will continue to uphold a rigorous engineering mindset, deepen the development of its brand identity, and respond to market changes with a rational and pragmatic approach. The company remains committed to delivering high-quality, highly reliable industrial-grade analytical instruments, providing robust technical support for the safe and efficient operation of industrial gas systems worldwide.
