Battery Anode Materials Vibrating Sieve

Benefits of Battery Anode Materials Vibrating Sieve

Improve material uniformity

The vibrating sieve can separate and classify the negative electrode materials according to their particle size through the action of vibration force and screen mesh. This can improve the uniformity of the negative electrode material and reduce the differences between particles, ensuring battery consistency and performance stability.

Control particle size range

By selecting the appropriate screen mesh and adjusting the amplitude and frequency of the vibrating sieve, the particle size range of the negative electrode material can be precisely controlled. This helps meet the particle size requirements for anode materials during the battery manufacturing process, ensuring battery performance and cycle life.

Remove impurities and substandard particles

The vibrating sieve can separate impurities and unqualified particles from the negative electrode material and improve the purity and quality of the negative electrode material. This helps reduce the defective rate during the battery manufacturing process and improves battery quality and reliability.

Not easy to clog

The battery negative electrode material vibrating sieve with an ultrasonic system makes the screen vibrate at high frequency and can screen battery powder on a mesh as fine as 20 microns without causing clogging or clogging.

Increase productivity

The battery negative electrode material vibrating sieve can realize the automated screening process and greatly improve production efficiency. Compared with manual screening, vibrating sieves can complete screening tasks quickly and continuously, saving human resources and time costs.

Flexibility and adjustability

The amplitude and frequency of the vibrating sieve can be adjusted as needed to adapt to the screening requirements of different negative electrode materials. This makes the vibrating sieve highly flexible and adaptable, able to cope with the needs of different materials and processes.

Technical Parameters of Battery Anode Materials Vibrating Sieve

Special Design

In order to solve the problems that may be encountered in the screening process of battery negative electrode materials, the battery negative electrode material vibrating screen has made the following improvements for you to choose from:

1. Ultrasonic screening system: Particles in battery negative electrode materials may adhere to each other and form agglomerates due to factors such as surface adhesion or humidity. This can cause screening difficulties so that particles cannot pass freely through the screen. At this time, you can use our ultrasonic screening system. This series of vibrating sieve generates high-frequency and low-amplitude ultrasonic vibration waves on the screen surface, which can effectively solve the problems of network blocking, sticking, adsorption, troupe, and static electricity of battery negative materials. , light specific gravity and other screening problems, it is an ideal screening equipment for new energy materials.

2. Add an iron remover: In the process of vibrating the battery negative electrode material, the role of the iron remover can be added to further improve the screening effect and material quality. The iron remover is mainly used to remove iron impurities in negative electrode materials, which may include iron filings, iron powder, etc., to increase the purity of the material.

3. Dust control: Battery negative electrode materials may generate a large amount of dust during the screening process. Not only does this pose a potential hazard to the operator's health, it can also cause contamination of the equipment and surrounding environment. Appropriate protective measures, such as dust suppression devices, ventilation equipment or closed systems, need to be taken to control the generation and spread of dust.

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