Immersible Ultrasonic Vibration Plate Chemical Synthesis Processing Equipment

Immersed ultrasonic vibrating plates are flexible application devices, a type of equipment component that utilizes ultrasonic technology for cleaning and processing, widely used in industrial and laboratory environments. They are extensively applied in pre-treatment and post-treatment processes such as electroplating, coating, electrophoresis, and painting.

Some key features of ultrasonic vibrating plates

High-frequency vibration: Ultrasonic vibrating plates generate ultrasonic waves through high-frequency vibrations. These sound waves propagate in the liquid, creating cavitation effects, thereby achieving cleaning and defoaming.

Efficient cleaning: Ultrasonic vibrating plates can deeply clean complex surfaces and crevices of objects, effectively removing dirt and residues.

Versatility: In addition to cleaning, ultrasonic vibrating plates can also be used for various processing tasks such as disinfection, emulsification, and dispersion.

Energy-efficient and high-performance: Compared to traditional cleaning methods, ultrasonic vibrating plates utilize energy more efficiently, reducing cleaning time and costs.

Easy to operate: Most ultrasonic vibrating plate devices are simple to operate; users only need to place the items to be cleaned into the cleaning tank and start the device.

Wide applicability: Suitable for cleaning various materials, including metal, glass, plastic, ceramic, etc.

The application principle of ultrasonic vibrating plates involves high-frequency oscillating signals emitted by an ultrasonic generator, which are converted into high-frequency mechanical oscillations by a transducer and transmitted to the medium. In the cleaning solvent, the ultrasonic waves radiate forward with alternating compression and rarefaction in the cleaning liquid, causing the liquid to flow and generating tens of thousands of tiny bubbles. The tiny bubbles (cavitation nuclei) present in the liquid vibrate under the influence of the sound field. When the sound pressure reaches a certain value, the bubbles rapidly grow and then suddenly collapse. During bubble collapse, shock waves are generated, producing thousands of atmospheric pressures around them, which break down insoluble contaminants and disperse them into the cleaning liquid. When solid particles are coated with oil and adhere to the surface of the cleaning object, the oil is emulsified, and the solid particles detach, thereby achieving the purpose of purifying the surface of the cleaning object.

The main uses of ultrasonic vibrating plates include:

Ultrasonic cleaning: In ultrasonic cleaning machines, the vibrating plates generate high-frequency vibrations, causing bubbles in the cleaning liquid to rapidly expand and contract, forming micro-impacts on the workpiece surface to achieve cleaning.

Ultrasonic spraying: In spraying processes, ultrasonic vibrating plates can help distribute coatings more evenly on the workpiece surface, improving the quality and adhesion of the coating.

Ultrasonic emulsification: In industries such as cosmetics and food processing, ultrasonic vibrating plates can be used for emulsification processes, ensuring more uniform mixing of different substances.

Ultrasonic dispersion: In fields such as chemicals and pharmaceuticals, ultrasonic vibrating plates can be used to disperse powders or particles, improving the uniformity of mixtures.

Ultrasonic disruption: In laboratories or industrial production, ultrasonic vibrating plates can be used to disrupt cell walls or crystals for extraction or analysis of substances.

Ultrasonic polishing: In jewelry processing or precision machinery manufacturing, ultrasonic vibrating plates can be used to polish workpiece surfaces, enhancing smoothness and aesthetics.

Ultrasonic acceleration of chemical reactions: In chemical synthesis, ultrasonic vibrating plates can accelerate reaction rates and improve reaction efficiency.

After-sales service

One-year warranty from the date of shipment, with lifelong maintenance.