What is the working principle of a magnetic gear pump

In industrial production, various production tools are indispensable, especially the gear drive, which has demonstrated its appropriate advantages in the current industrial production process. But each tool will face updates and upgrades, and different types of gear pumps also have their own advantages and roles. At this time, it is inevitable that some consumers will pay attention to the magnetic gear pump. To effectively use such an industrial production tool, we certainly need to know what the working principle of a magnetic gear pump is? Only with a clear understanding of this issue can we protect such an industrial production tool from playing a stimulating and appropriate role in the industrial production process. So, let's explore the working principle of magnetic gear pumps together

What is the working principle of a magnetic gear pump

The working principle of a magnetic gear pump is not particularly complex. In fact, a magnetic gear pump is a type of non-contact force transmission achieved through a magnetic transmission system, which replaces dynamic sealing tools with static sealing.

. This type of tool can all achieve a leak free level, so it can also be fully applicable to various chemical production industries. There are also many industries that use magnetic gear pumps in our daily lives, such as petroleum, metal smelting, food production, chemical research, etc., which all use this representative tool

The concept of this magnetic gear pump is also very simple. He is using two identical gears. Engage and rotate gears within a tightly fitted shell. Two gears are installed inside and rotate and fit with each other through the action of a magnetic transmitter. So a fluid space is formed between the gears, and the liquid will be mechanically squeezed out, resulting in clear transportation and transmission effects. From this, it can be seen that the working principle of the magnetic gear pump is also very simple. This is due to its simplicity and directness, which enables them to be fully utilized in industrial production processes. This also requires industrial producers to use them in a service-oriented manner, creating high production efficiency