NVC meltblown fabric mold spinneret ultrasonic cleaning machine can be professionally customized, suitable for molds with lengths ranging from 300-3900 cm and aperture sizes from 0.15-0.3 mm. In the production of meltblown fabric, the meltblown fabric mold spinneret is used for spinning. The melt is ejected from the spinning micropores, stretched and thinned by high-speed airflow at the spinning cone, and forms ultrafine fibers after cooling. Meltblown fabric molds are prone to clogging and crystallization. They must be polished before being put into use. After polishing, the molds need to be cleaned to improve efficiency and extend their service life.

The working principle of the NVC meltblown fabric mold cleaning machine: Input voltage: AC220V/50HZ, material: stainless steel 304. Ultrasonic waves propagate longitudinally along a sinusoidal curve, transferring sequentially and acting on the liquid. This creates a certain negative pressure in the liquid, increasing its volume and enlarging the gaps between molecules, forming many tiny bubbles. When the sound pressure reaches a certain level, the bubbles rapidly expand and then suddenly compress and collapse, generating shockwaves that break the adhesion of contaminants to the mold. Simultaneously, this causes fatigue damage to the contaminant layer, leading to its removal and achieving solid cleaning. This device concentrates ultrasonic energy, delivering a strong impact effect, making it highly effective for cleaning meltblown fabric molds with stubborn contaminants.

Performance Advantages

1. The operation panel is aesthetically pleasing, fully functional, and easy to operate.

2. Automatically controls the entire operation process. The entire system achieves automatic amplitude transformer displacement, and cleaning is completed automatically.

2. The overall equipment fully considers ergonomics, ensuring operator safety and comfort.

3. High ultrasonic intensity and density. This ultrasonic driving method is suitable for cleaning products that are difficult to clean, such as oil stains, plastics, and carbon deposits. It is widely used in the chemical fiber industry.

4. The ultrasonic controller adopts a unique frequency-sweeping drive circuit, completely eliminating cleaning blind spots and preventing interference and non-resonance of ultrasonic signals.

5. Features soft start and shutdown functions, allowing manual zero-load startup and shutdown, extending the service life of electrical components.

6. Designed with overvoltage, overtemperature, and overcurrent protection circuits, ensuring safety and reliability.

7. Uniform cavitation bubbles ensure consistent cleaning results.

8. Neat and aesthetically pleasing pipeline layout. Pipelines are equipped with fixed supports, and sufficient installation space is reserved for live joints, valves, and other components, facilitating maintenance and replacement.