In 2026, the cleanroom industry will exhibit three major trends: equipment collaboration, intelligent operation, and low-carbon development. In terms of intelligence, the deep application of BIM+IoT technology will enable visualized management throughout the entire lifecycle of cleanroom projects, reducing construction change rates to below 5%, and compressing equipment anomaly response time from 2 hours to 5 minutes.
The penetration rate of AI intelligent cleanroom management systems will continue to increase, with unmanned operation becoming a new option for high-end manufacturing. Regarding low-carbon development, in addition to FFU energy-saving technology, the industry will widely adopt methods such as green electricity procurement and carbon trading to achieve operational carbon neutrality, with leading companies offsetting over 2100 tons of carbon emissions annually. The proportion of green building materials will significantly increase, with low-VOC coatings and recycled water-based flooring becoming widely used.
At the standards level, the new ISO 14644-1:2024 standard will implement a stricter statistical sampling scheme, requiring 90% of areas to meet particle concentration limits at a 95% confidence level, driving comprehensive upgrades in detection accuracy, data traceability, and compliance for equipment such as air showers, FFUs, and cleanroom enclosures. In the future, the industry will further accelerate the domestic substitution of core components such as ULPA filter materials and high-static pressure fans, while building a comprehensive solution system of "products + services + compliance" through cross-industry certification mutual recognition and data interface standardization, providing a solid guarantee for the high-quality development of high-end manufacturing.
Your message must be between 20-3,000 characters!
