The Technical Department at Hope Deepblue recently conducted a meticulously planned series of experimental studies to investigate whether a convergence phenomenon occurs when the solution drips onto the heat exchanger pipes. During these tests, technicians analyzed the behaviour of the solution on the heat exchanger surface by carefully adjusting key factors, including the number of rows of heat exchanger pipes and the height of the spray plate.

In addition, recognizing the significant cost differences between heat exchanger tubes made of various materials, the team conducted in-depth evaluations of the heat exchange performance of different tube types, such as light tubes and frosted tubes. Since the internal structure of this component is challenging to observe directly, the team constructed a specialized test apparatus. This device allowed technicians to observe the solution's behaviour within the unit and gain an intuitive understanding of the dripping mechanism on the shower pan. These observations provide a solid foundation for optimizing the unit's structure and enhancing its heat exchange efficiency.

Testing has always been an essential tool for refining unit designs and improving performance. The Technical Department's rigorous and scientific approach ensures comprehensive analysis of all critical factors, solidifying the company's position as a leader in technological innovation.

With professionalism and relentless dedication, the Technical Department continues to drive Hope Deepblue's advancement. By fostering innovation and optimizing performance, the team not only enhances the company's market competitiveness but also opens new opportunities for growth and profitability. Their efforts are paving the way for Hope Deepblue to reach new heights in the industry, delivering excellence and shaping the future of heat exchange technology.