Ultrasonic Vibrating Screen

① While achieving high-precision and high-mesh screening, it can effectively control the concentration of particle segments;

② The band output by the CNC power supply is transmitted to the mesh surface through the transducer 360,000 times per minute:

③ The screen has a complete self-cleaning function, and it can screen larger than 500 meshes without clogging, no attenuation of screening efficiency, and high signal uniformity;

④ The CNC power supply can work intermittently and continuously, using integrated circuit boards, fully enclosed, and digital CPU control;

⑤ The function can switch from low frequency to high frequency according to the specific gravity of the material; the transducer can work continuously for 12-24 hours without cooling and cooling treatment, and the maximum operating temperature is 42°C.

400 mesh, 500 mesh, 600 mesh sieving silicon carbide, alloy powder, molybdenum powder, stainless steel powder, tungsten powder, nickel powder, cobalt powder, powder coating, quartz bumet powder, malt powder, ribavirin, coffee powder, electromagnetic powder, negative electrode material, phosphor powder.

1. Pharmaceuticals: Screen fine powders, APIs, and granules with ultra-high precision, preventing mesh clogging and ensuring contamination-free processing.

2. Chemicals: Sieve micron-sized powders, catalysts, resins, or abrasive materials with enhanced accuracy and efficiency.

3. Food Industry: Refine starch, additives, flavorings, and powdered ingredients for consistent particle size and hygiene.

4. Metal Powders: Separate ultra-fine metal, alloy, or magnetic powders for 3D printing, coatings, or metallurgical applications.

5. Lithium Battery Materials: Grade cathode/anode powders, electrolytes, and conductive materials to ensure battery performance and safety.

6. Ceramics & Pigments: Screen ceramic glazes, nano-pigments, and coatings for uniform texture and color consistency.

7. Cosmetics: Process talcum powder, mica, and nano-ingredients to achieve ultra-smooth, high-quality formulations.

8. Nanotechnology: Handle nanomaterials, carbon nanotubes, or graphene with minimal agglomeration and precise particle control.