In industrial cooling systems, while cooling tower fan blades do not directly participate in heat exchange, they are the "breathing wings" that drive the entire heat dissipation process.
In industrial cooling systems, the cooling tower, as the core equipment for heat exchange, directly affects the operating efficiency and lifespan of the entire production line.
For split blades, it is also necessary to verify the positioning accuracy and connection strength of the splicing parts to avoid stress concentration caused by installation errors.
In the operating systems of power plants, chemical plants, metallurgical plants, pharmaceutical plants, and even large commercial buildings, the large amount of heat generated by continuously operating equipment must be dissipated in a timely manner; othe
In the thermal management systems of industrial and commercial buildings, cooling towers, as critical equipment, stand year-round on rooftops, ground surfaces, or steel structure platforms, bearing the combined effects of their own weight, packing materia
In industrial production and large-scale building cooling systems, cooling towers, as core equipment for circulating water heat dissipation, operate continuously in harsh environments characterized by high temperature, high humidity, and chemical content.