Customization Centrifugal Ventilation Fan

Centrifugal fan is a kind of turbofan, which is a kind of general mechanical equipment necessary for industrial use. Its early design working condition is characterized by large flow and low pressure. Its working principle is the principle of converting kinetic energy into potential energy. Specifically, the gas is accelerated by a high-speed rotating impeller, and then the cross-sectional area of the pipe is increased by a diffuser to reduce the flow velocity, thereby converting kinetic energy into pressure. So the main core components of the centrifugal fan are the impeller and the diffuser.

At present, the most commonly used domestic centrifugal fan technology is based on the characteristics of the operating conditions at the initial stage of design. In this operating condition, the efficiency of the fan is high. However, with the stricter treatment of air pollution by various countries, the pressure in the system has been continuously increased. The existing centrifugal fan technology reflects the current situation of low efficiency and volume. Unnecessary space waste and excessive operating costs to the user.

In response to this situation, Dacheng Machinery has introduced mature technologies for customizing fans based on specific conditions by introducing foreign technologies, integrating their own development and design capabilities, and introducing powerful processing equipment. In recent years, Dacheng Machinery has responded to users' usage conditions. tide. The characteristic of the customized fan is to make up for the disadvantages of the conventional centrifugal fan. It can have high efficiency in large flow, high pressure, low flow and high pressure. It can be customized according to the actual situation of the user, and the device is compact and beautiful. It saves users a lot of floor space, and more importantly, in the long-term operation, its high-efficiency features can save customers a lot of money, and contribute a small amount of energy to the world.