On May 10, 2026, Kenergy showcased its latest products including flooded evaporator tubes (TE/LE/LF Series) and high-efficiency condenser tubes (TC Series) at the 2026 China Refrigeration Expo. The exhibition attracted professional visitors from the global HVAC, refrigeration, and industrial heat exchange sectors.

During the exhibition, Kenergy's booth received over 500 professional visitors, including technical experts from domestic and international air conditioning manufacturers, refrigeration equipment companies, engineering firms, and design institutes. Our technical team presented the performance advantages of our heat exchange tube products on-site and engaged in in-depth technical discussions with numerous potential clients.

China Refrigeration Expo 2026 exhibition booth scene
Kenergy booth at the 2026 China Refrigeration Expo

The highlighted products at this exhibition were the enhanced boiling tubes for flooded evaporators (TE/LE/LF Series). These tubes feature a porous/knurled surface structure that delivers a boiling heat transfer coefficient over 50% higher than smooth tubes, attracting significant interest from central air conditioning chiller manufacturers. The TC Series high-efficiency condenser tubes, with their external fin structure providing a 40%-60% improvement in condensation efficiency, also received widespread recognition from professional attendees.

Heat exchange tube product display
TE/LE/LF series flooded evaporator tubes on display

Several customers expressed strong interest in our stainless steel heat exchange tubes for corrosive applications in the chemical, food processing, and pharmaceutical industries, with preliminary cooperation interest reached on-site. Kenergy will continue to increase R&D investment to deliver more efficient and reliable heat exchange tube solutions to our customers.

We extend our sincere gratitude to everyone who visited the Kenergy booth. For more product information or technical documentation, please feel free to contact us through our Contact Us page.