The working principle of a turbine agitator is mainly based on its special turbine structure, which generates strong centrifugal force during rotation, thereby achieving stirring and mixing of liquids. Below is a detailed answer from a
China turbine agitator manufacturer:
A turbine agitator typically consists of an electric motor, turbine blades, and a container. When the motor starts, the turbine blades begin to rotate. Due to the shape and layout of the blades, turbine blades generate a strong centrifugal force when rotating, pushing the liquid towards the edge of the container. This centrifugal force causes the liquid to undergo rotational motion and form a vortex. The powerful kinetic energy of vortices causes intense stirring and mixing of liquids.
The turbine blades of a turbine agitator are usually angled or curved, which helps to increase the centrifugal force of the turbine. The number and layout of blades can also affect the effectiveness of the turbine. Generally speaking, the more turbine blades there are, the greater the centrifugal force generated by the turbine. In addition, the length and inclination angle of turbine blades can also affect the stirring effect.
It can be widely applied in fields such as chemical engineering, pharmaceuticals, and food. Its working principle is simple and efficient, capable of quickly dispersing solid particles uniformly in the solution, improving reaction rate and uniformity. In addition, the turbine agitator is easy to operate, easy to maintain, not prone to clogging, and has the characteristics of high efficiency and energy saving.
In short, a turbine agitator utilizes a special turbine structure and the centrifugal force generated to stir and mix liquids. Its simple and efficient working principle makes it an important mixing equipment in many industries.
