Rose Vibrator,Rose Vibrators Sex Toys,Sucking Rose Vibrator,Vibration Mode Rose Vibrators Shenzhen Dongchen Hey E-commerce Co.,Ltd. , https://www.xxsexytoy.com
Ultrasonic cleaning is the use of ultrasonic waves in the liquid to cause the liquid to be strongly compressed and stretched in the ultrasonic field, resulting in cavities and cavitation. The cavity is continuously generated, constantly moving, disappearing, and the cavity is completely closed. A micro-shock with a large energy from the center, forming a micro-flushing, strongly impacting the parts to be cleaned, greatly reducing the adhesion of dirt, and cleaning the dirt after a certain period of micro-shock shock .
The tray filled with ampoules or easy-open bottles is driven by stainless steel conveyor chain. First enter the water injector. After filling with water, the water temperature of the water tank of the ultrasonic cleaning tank is gradually controlled at about 60 °C. After ultrasonic transducer, ultrasonic wave Under the action of the dirt, the cleaning of the dirt can be adjusted according to the needs of users.
1. Molded antibiotic bottle 5ML: 15000 bottles / hour 7ML: 7800 bottles / hour 20ML: 6000 bottles / hour 50ML: 3000 bottles / hour 2, oral liquid bottle 10ML: 15000 bottles / hour 20ML: 7800 bottles / hour 3, ampoule Bottle 1ML: 35,000/hour 2ML: 28000/hour 5ML: 14500 (19000)/hour 10ML: 18000/hour 20ML: 10000/hour 4. Controlled antibiotic 2ML: 18000 bottles/hour 5ML: 18000 bottles/hour 7ML: 10500 bottles / hour 10ML: 10000 bottles / hour 25ML: 8500 bottles mechanism / hour <br> <br> ultrasonic cleaning machines mainly in the following areas:
1. A strong shock wave is generated when the cavitation bubble is broken, and a part of the dirt layer is peeled off by the shock wave, dispersed, emulsified, and peeled off.
2. Because of the bubbles generated by the cavitation phenomenon, the gap between the dirt layer formed by the impact and the surface layer and the gap penetrates, because the small bubble and the sound pressure expand and contract simultaneously, and the physical force like peeling repeatedly acts on the dirt layer. The layer of dirt is peeled off and the bubbles continue to penetrate inward until the layer of dirt is completely stripped. This is the secondary effect of cavitation.
3. The impact of ultrasonic vibration on the dirt in the ultrasonic cleaning.
4. Ultrasonic acceleration chemical cleaning agent dissolves the dirt, chemical and physical forces combine to accelerate the cleaning process.
Some related technical problems of ultrasonic cleaning Two main parameters of ultrasonic cleaning:
Frequency: ≥20KHz
Power density Ï = emission power (W) / emission area (cm2) is usually Ï â‰¥ 0.3W / CM2, the power density of our commonly used ultrasonic cleaners is above 0.5 watt / square centimeter. For example: DY-1200 ultrasonic cleaning machine, the power density is 0.5 watt / square centimeter, which is the average level of the domestic standard ultrasonic cleaning machine, which can meet the requirements for ordinary industrial applications.
1] Cleaning medium: ultrasonic cleaning, generally there are two types of cleaning agents: chemical solvents, water-based cleaning agents. The chemical action of the cleaning medium can accelerate the ultrasonic cleaning effect, the ultrasonic cleaning is a physical action, and the two functions are combined to fully and thoroughly clean the object.
2] Power density: The higher the power density of the ultrasonic wave, the stronger the cavitation effect, and the faster the speed, the better the cleaning effect. However, for precision, high-surface finish objects, long-term high-power density cleaning can cause "cavitation" corrosion on the surface of the object.
3] Ultrasonic frequency: The lower the ultrasonic frequency, the easier the cavitation generated in the liquid, the greater the force generated, and the stronger the effect, suitable for the initial washing of the workpiece (rough, dirty). When the frequency is high, the ultrasonic direction is strong, which is suitable for fine object cleaning.
4] Cleaning temperature: Generally speaking, the cavitation effect of ultrasonic waves at 30-40 degrees Celsius is good. The higher the temperature of the cleaning agent, the more significant the effect. Generally, when ultrasonic cleaning is actually applied, an operating temperature of 40-60 degrees Celsius is used.
Ultrasonic bottle washer technology principle and production capacity
Ultrasonic bottle washer principle and structural features: