Lithium ion ternary material dry mixing coating machine 300L

NegotiableUpdate on 01/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Lithium ion ternary material dry mixing coating machine 300L features n pot lid with double sealing. $n $n can be equipped with heating or cooling modes of operation. $n $n unloading can be achieved through temperature/time automatic control or manual control. $n $n blades are refined through dynamic and static balance tests, and different forms of blades can be selected according to the characteristics of different materials to achieve the desired mixing effect. $n $n electrical control can use * * (optional) components.

Product Details

　　Lithium ion ternary material dry mixing coating machine 300L

feature

The pot lid adopts double sealing.

It can be equipped with heating or cooling working modes.

Unloading can be controlled automatically by temperature/time or manually

The blades are refined through dynamic and static balance tests, and different forms of blades can be selected according to the characteristics of different materials to achieve the desired mixing effect.

Electrical control can use * * (optional) components.

Optional variable frequency speed regulation device.

Principle of 300L lithium battery ternary material dry mixing coating machine

When the high-speed mixer is working, the high-speed rotating impeller utilizes the frictional force between the surface and the material, as well as the lateral thrust on the material, to cause the material to move tangentially along the impeller. Meanwhile, due to the centrifugal force, the material is thrown towards the inner wall of the mixing chamber and rises along the wall. When it reaches a certain height, it falls back to the center of the impeller due to gravity and is then thrown up again. The combination of upward and tangential movements creates a continuous spiral upward and downward motion of the material. Due to the high speed of the impeller and the fast movement of the material, the particles in rapid motion collide and rub against each other, causing the clumps to break and the material temperature to rise accordingly. At the same time, rapid cross mixing is carried out, which promotes the uniform distribution of components and the absorption of liquid additives. The baffle in the mixing chamber further disrupts the flow state of the material, causing it to move randomly and creating strong vortices near the baffle.