The steel structure open counter-flow mechanical ventilation cooling tower is very popular among small and medium cooling towers due to its traditional steel structure, low overall cost and simple installation.

The steel structure cooling tower is also an industrial tower with mature technology and reliable performance formed by our company's many years of experience in designing and manufacturing cooling towers, and has been continuously improved and perfected. By using the tower body components with superior performance that have been tested in practice, all performance indicators of the tower have reached or exceeded the relevant standards. The tower is widely used in industrial circulating water systems such as metallurgy, chemical industry, electric power and medicine. . Steel structure counter-flow cooling towers are equipped with maintenance ladders on one side of the tower group to facilitate the normal maintenance and management of tower top equipment. The tower body enclosure is made of glass fiber reinforced plastic, which not only ensures the strength of the tower body but also reduces the weight of the tower body, and has a beautiful appearance.

According to the characteristics between the nodes, it is properly constrained, so the tower body not only has good overall rigidity, but also changes the internal force distribution of the tower body structure, making the structure more reasonable. The tower body structure has the effect of multi-directional force performance, can effectively bear dynamic loads such as concentrated load, asymmetric load, seismic force and strong wind load, which is more favorable for reducing the vibration of the tower. The beam-column section design and space arrangement in the tower are under the premise of ensuring the strength and stability of the tower, and fully consider the requirements of water distribution uniformity and low wind resistance. It can effectively withstand dynamic loads such as concentrated loads, asymmetric loads, seismic forces and strong wind loads.