Exhibition Review: Cleanliness Guardian in the Liquid Cooling Wave!

Exhibition Review: Cleanliness Guardian in the Liquid Cooling Wave!

From December 1st to 2nd, 2025, the 4th Global New Energy Vehicle Thermal Management Industry Conference & Data Center & AI Chip & Energy Storage Liquid Cooling Conference was held in Hangzhou. At this cutting-edge event focusing on future heat dissipation technologies and precision manufacturing, XIENS Industrial made a stunning appearance with its leading technical cleanliness solutions, becoming one of the most watched highlights of the exhibition.

A Full-Chain Technology Matrix, Building the Foundation of Liquid Cooling Quality

With the rapid development of new energy vehicles, high-performance computing, and energy storage industries, the internal cleanliness of liquid cooling systems, as a key heat dissipation solution, directly determines the reliability and long-term stability of the system. Tiny particulate contaminants can lead to pipe blockage, corrosion, or performance degradation. Therefore, cleanliness control has become the lifeline for improving the quality and yield of liquid cooling products. XIENS has been deeply involved in the field of technical cleanliness analysis for fifteen years. With its self-developed patented technology matrix covering the entire chain, XIENS showcased at this conference how it builds a solid quality foundation for high-end manufacturing fields such as liquid cooling.

Cleanliness Analysis System: Precisely Quantifying Contaminants, Empowering Process Optimization

At this exhibition, XIENS showcased its cleanliness analysis system, which garnered in-depth inquiries from numerous liquid cooling manufacturers, component suppliers, and research institutions. This system fully complies with international standards such as VDA19 and ISO16232, enabling efficient and accurate cleanliness testing of samples from key components of liquid cooling systems (such as cold plates, pipes, and connectors). It automatically scans, identifies, and counts metal particles, non-metallic impurities, and fibers on filter membranes, classifying them according to strict size levels, and generating authoritative reports conforming to various international standards or customized specifications with a single click. This solution directly addresses the urgent need for quantitative control of contaminants in the liquid cooling industry, providing reliable data support for cleanliness verification and process improvement throughout the entire process from R&D to production.

PartSens Detector: A New Benchmark for Real-Time Cleanroom Environment Monitoring

Also showcased was the PartSens cleanroom particle detector, whose direct application focuses on cleanroom environment monitoring. Its "sampling and interpretation" efficient in-situ detection concept also sparked in-depth reflection among attendees on intelligent manufacturing environmental control. This device employs internationally recommended oblique beam technology, enabling it to analyze contaminants on workpiece surfaces, equipment, and clothing within seconds. It intelligently distinguishes particle type and size, and its portable wireless design significantly enhances the flexibility and coverage of cleanroom monitoring. For ensuring the high-standard cleanroom environment required in the assembly and packaging stages of liquid cooling systems, PartSens provides real-time, authoritative monitoring tools, making it a crucial component in building a comprehensive cleanliness quality management system.

Deepening Industry Exchange, Jointly Defining New Quality Benchmarks for the Future

Through this conference, XIENS not only showcased its core technological strength in contaminant analysis to the thermal management and liquid cooling industry but also engaged in fruitful exchanges with numerous industry partners on cleanliness standard applications and process challenges. In the future, XIENS will continue to be driven by technological innovation, closely aligning with the needs of various high-end manufacturing industries, including liquid cooling, to help global customers improve product reliability and jointly define new industry quality benchmarks.