The DGCC Series Tube-and-Header Type Closed Circuit Cooling Towers employ advanced latent heat transfer technology, delivering significantly higher heat exchange efficiency compared to traditional sensible heat transfer methods.Featuring a PVC-free heat exchange layer with an all-coil structure, the tower eliminates common issues associated with conventional open towers, such as packing clogging and aging.
The DGCC Series Tube-and-Header Type Closed Circuit Cooling Towers employ advanced latent heat transfer technology, delivering significantly higher heat exchange efficiency compared to traditional sensible heat transfer methods.Featuring a PVC-free heat exchange layer with an all-coil structure, the tower eliminates common issues associated with conventional open towers, such as packing clogging and aging.
The heat exchange module utilizes threaded plug-type headers with high-strength hydraulic expansion connections between tubes and headers, ensuring reliable joint integrity while enabling convenient tube bundle maintenance and replacement. Its fully enclosed circulation system completely prevents medium contamination, making it particularly suitable for processes with stringent water quality requirements.
The equipment demonstrates outstanding environmental adaptability: achieving optimal evaporative cooling efficiency in arid regions, enabling dry operation during winter for additional water savings, and maintaining stable performance in harsh environments (e.g., sandstorms, dust) due to its robust structural design with simplified maintenance.
Currently, The DGCC Series Tube-and-Header Type Closed Circuit Cooling Towers have been widely applied across multiple industries including food processing (dairy, beer), petrochemical, steel metallurgy, pharmaceutical manufacturing, and energy/mining sectors (calcium carbide, coal).