Small Particle Screening Machine for the Lithium Battery Industry

The Navector Small Particle Screening Machine for the Lithium Battery Industry is specifically developed and designed for the lithium battery industry. It uses advanced ultrasonic screening technology and a combination of 3D vibration and swinging vibration modes to effectively prevent clogging and particle embedding in screens with mesh sizes ranging from 50 to 635 mesh. This significantly extends the service life of the screen and increases the screening capacity. Its stable operation ensures continuity in production and accuracy in material distribution, with a 2-4 times increase in screening capacity for the same size.

Working Principle
The Navector Small Particle Screening Machine for the Lithium Battery Industry is specifically designed for the lithium battery sector. It employs advanced ultrasonic screening technology and a 3D vibration + swinging vibration mode, effectively preventing screen clogging and particle embedding in screens with mesh sizes from 50 to 635 mesh. This significantly extends the screen's lifespan and increases screening capacity. Its stable performance ensures continuous production and accurate material distribution, with screening capacity increased by 2-4 times for the same size.

Equipment Advantages

• The equipment can rapidly separate agglomerates, reduce the proportion of large particles, increase screening volume, and clearly separate fine particles with similar diameters, while maintaining the material's original properties.

• Excellent system matching performance, with low temperature rise during operation, ensuring stable operation for long periods to meet temperature control requirements.

• The device is suitable for powders ranging from 20 to 300 microns, especially effective for handling materials that are highly adhesive, static-sensitive, prone to agglomeration, and of light density.

• It is widely applied in the fields of new energy battery materials, powder coatings, photovoltaic silicon powder, new functional materials, and chemical powders, offering an ideal solution for achieving high-precision and high-efficiency screening.

Application Fields
The device is widely used in fields such as new energy battery materials, powder coatings, photovoltaic silicon powder, new functional materials, and chemical powders, making it an ideal solution for achieving high-precision and high-efficiency screening.