Characteristics of electronic workshop humidifier:
1. Automatic/manual control can be switched; The whole machine is designed with stainless steel to prevent rusting
2. Integrated movement with built-in water shortage protection; Easy equipment installation and space saving
3. Fan delay function to prevent fog backflow; Physically controlled inflow, unaffected by water pressure
4. The equipment is equipped with water inlet, overflow outlet, and drainage outlet; The power supply comes with leakage protection, which ensures better operation
5. Circulating indoor air, environmental performance; PVC pipe humidification, air conditioning unit matching humidification
6. Microcomputer control, digital display of current environmental humidity; Reminder for water tank cleaning function, automatic fault diagnosis function
7. Uniform humidification particles, with a maximum relative humidity of up to 99%; Humidity self-control, automatic water inlet, easy to operate
8. High humidification efficiency, suitable for various large areas, water tank cleaning function reminder, atomization energy-saving and environmentally friendly
9. Double layer waterproofing of transformers increases the stability of the main control circuit; Atomization, energy-saving and environmentally friendly; Humidity control display.

Application areas of electronic workshop humidifiers:
Industry: textiles, printing, electronics, papermaking, tobacco, hospitals, refrigerated warehouses, food, chemicals, and temperature controlled rooms.
Cultivation: Edible mushroom cultivation, shiitake mushrooms, inoculation room, sterilization room, greenhouse flowers, green breeding, office, home and other environments that require humidification
Anti static: Nylon, fiber factory, plastic factory, printing factory, electronics factory, computer room.
Electronics industry: humidity control and elimination of static electricity in semiconductor component factories, LCD factories, PCB factories, IC testing factories, etc.
Printing industry: eliminate static electricity, maintain humidity to ensure that paper does not shrink or deform, does not jam, and improves production speed and efficiency.
Textile industry: humidity control in textile factories, elimination of static electricity and dust, and improvement of fabric quality.
Spray painting industry: Maintain humidity to increase paint adhesion, prevent paint peeling, blistering, reduce dust and eliminate static electricity.
Computer room: Maintain humidity, eliminate static electricity, reduce dust, provide fresh air, and minimize malfunctions.
Paper industry: Maintain paper humidity, eliminate static electricity, reduce dust, and improve paper manufacturing quality.
Preservation and storage: Maintain the crispness, color, and flavor of fruits and vegetables, prevent dehydration and withering, prolong the aging period, and reduce decay.
Laboratory: The environment of various inspections, testing, quality control, analysis, laboratory, and cement curing room is constant humidity.
HVAC industry: air conditioning humidification, computer room air conditioning humidification and static electricity removal.
Plastic industry: humidity control and elimination of static electricity in plastic injection molding plants and plastic product manufacturing plants.
Food industry: moisture regain and preservation of dried and dehydrated food.
Planting industry: humidity control for large-scale cultivation of fungi, flowers, tropical plants, and soilless cultivation.
Livestock farming: Simulate natural environments to moisturize and disinfect livestock, birds, insects, and other large-scale farming.
Artificial landscapes: Tropical artificial rainforests, films, exhibitions, etc. imitate natural environment cloud and mist landscapes.

Application effect in the electronics industry:
1. Increase humidity content and reduce workshop temperature;
2. Removing the phenomenon of static electricity, the destructive energy caused by the current of static discharge may not only damage the product, but also generate radio frequency interference and affect the production and operation of computer control programs;
3. When the air is dry, computer components are prone to absorbing dust, increasing the probability of disk read and write errors, and even causing damage to the disk or magnetic head;
4. It has multiple uses such as air humidification, purification, and dust reduction.

This series of products uses high-frequency electronic oscillation circuits, and the sound energy generated by the transducer is directly applied to water, which is atomized under strong acoustic cavitation. The atomized fine water particles are blown into the humidification space through a unique air duct. During atomization operation, there is no mechanical drive, no noise interference, no pollution, high atomization efficiency, no condensation, low failure rate, simple maintenance, and low energy consumption. It is a reliable and practical acoustic industrial humidification equipment.

Install piezoelectric ceramic plates (commonly known as atomization plates) at the bottom of a water container, and apply a driving voltage with a resonant frequency * generated by a driving control circuit to the atomization plate. The atomization plate will then generate oscillating energy. The oscillating energy propagates in the water along a direction perpendicular to the surface of the atomizing plate. At an appropriate water depth, a water column is concentrated on the energy propagation axis, and a large number of small tension waves occur at the front end of the water column, greatly reducing the surface tension of the raised water surface. The water surface is split into many small regions by the wavelength of the surface tension waves, and each region appears to be independent particles that do not bond with each other, emitting into mist in the air. This is the principle of using piezoelectric ceramic plates to atomize water.

Due to the fact that the operating frequency of piezoelectric ceramic plates is within the frequency range of sound waves, we call this type of atomization sound wave atomization, abbreviated as sound atomization.

A sound atomizer is a component that operates based on the principle of sound atomization. As it is commonly used as a core component in humidification products, it is also known as a sound atomization accessory, abbreviated as atomization accessory.