Lpm Series Vertical Nano Ceramic Sand Mill

The LPM Series Vertical Nano Ceramic Sand Mill is a vertical bead mill designed and optimized for reliable application of 0.03-0.3 mm grinding beads. Its innovative design and specialized functional components support high production capacity and a screen-free separation system that helps prevent clogging.

Features of the LPM Series Vertical Nano Sand Mill

1. Motor: Permanent magnet synchronous motor or three-phase asynchronous motor

2. Transmission mode: The motor drives the pulley for transmission

3. Discharging method: Dynamic centrifugal discharging without a screen

4. Grinding and dispersion structure: Rod pin type

5. Cooling method: The grinding barrel uses double-layer cooling-water circulation, while the machine-seal coolant circulates for cooling

6. Grinding media: Zirconia balls, 0.1-2.0

7. Grinding speed: 0-650 r/min with frequency-conversion speed regulation

8. Control system: Independent human-machine interface control with material-temperature, pressure, and cooling-water-temperature control; mechanical-seal liquid-level, pressure, temperature, and liquid-level control; and real-time motor-temperature monitoring

9. Sound and light prompts: When a sensor detects an abnormality, the grinding machine stops running and provides a sound and light alarm with detailed alarm information on the human-machine interface

10. Grinding chamber: Inner cylinder silicon carbide

11. Features: Mesh-free separation, narrow particle-size distribution, high efficiency, and ultra-low energy consumption

The vertical sand mill is offered at a reasonable price. Contact us for further information.

For more information about the vertical sand mill working principle, please visit our website.

As a sand mill company specializing in nano grinding machines, we provide equipment for ultrafine grinding and efficient material dispersion. Sand mills are widely used for pulverizing solid particles to the micron or nanometer scale and for achieving fine, uniform material dispersion. They are used in applications including new-energy battery materials, coatings and inks, electronic ceramics, cosmetics, fine chemicals, and mineral processing.