Many manufactures produce ultrasonic cleaning equipment in domestic, and the market price is uneven especially for some customized cleaners. Frequently, after comparing quotations from several suppliers, the customers find that there is a big difference in price. Regardless of false price, these differences are are mainly caused by different technology content and manufacturing process. For the cost of ultrasonic cleaners, as small as inconspicuous parts, or as big as overall structure and material quality, all aspects will have a great impact on the final price of the whole machine. So it's not hard to understand that the market price of similar cleaning machines always fluctuates in a wide range.

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The pressure of medium is changed alternately in the propagation process of rod transducer. In positive pressure region, the liquid medium bears extrusion force and forms increased density, conversely, in the negative pressure region, the lquid medium bears tear force and forms reduced density. The ultrasonic energy is distributed at 360° along the whole length of rod body. The output energy will not be affected by the change of the load such as the liquid level, temperature difference, etc. Compared to the traditional ultrasonic box, it has mor extensive range of applications and longer service life. Ultrasonic processing is a mature and widely-applied technology in cleaning, extraction, chemical reaction, anti scale, water treatment and so on.

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What's ultrasonic position meters? We refer to "positon" that is the surface position of liquid medium and solid material in the tank or equipment. Ultrasonic level meters can be devided into two major categories i.e. liquid level measurement and material level measurement: 1, Liquid level means the surface level of liquid medium. 2, Material level means the pile height of various solid materials in the form of block, particles or powder. So that ultrasonic position meter is the general term for ultrasonic liquid-level meter and ultrasonic solid-level meter.

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Ultrasonic power supply also known as ultrasonic generator or ultrasonic power source, used to convert AC (220V or 380V,50HZ or 60HZ) electric energy into high frequency electric energy which is compatible with ultrasonic transducer. With the development of ultrasonic technology, it covers a broad range of industrial applications such as cleaning, welding, drilling, polishing, homogenization and so on.

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The extensive use of ultrasonic cleaner in industrial cleaning, is inseparable from cleaning chemical, ultrasonic physical effects are combined with chemical effects such as dissolution and softening, provide the best cleaning result. There are various demands for cleaning objects inclulding property of contamination, anti-corrosion and anti-rust requirements, balance of cleaning quality, cleaning efficiency and economic benefit. So we should choose the proper cleaning chemical in accordance with specific condition.

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Ultrasonic oscillators have a wide range of applications in industry, agriculture, transportation, daily life, medical and military. According to their functions, can be devided into ultrasonic machining, ultrasonic processing, ultrasonic cleaning, ultrasonic detection, ultrasonic testing, ultrasonic impaging, ultrasonic monitoring and controlling, etc. Ultrasonic transducers can work at liquid, solid and gas mediums based on various piezo materials and designs.

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In recent 20 years, Sonochemistry is the application of ultrasound to chemical reactions and processes, and extensively applied in various industrial fields such as chemical, petroleum, metallurgy, coal, electronic, medicine, building materials, light industry, etc. Comparing the traditional method, it features that simple operation, mild reaction condition, shorter reaction time and higher yield. Ultrasonic sonochemistry can enable many capabilities that were previously very difficult or not practical to implement, open up a new way for chemical reaction. Small ultrasonic cleaners are often used as ultrasonic reactor in laboratory.

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Heat exchange equipment is used as a general equipment for many industrial sectors including chemical, petroleum, power, food, etc. The scaling problem has been a bottleneck of the long-term industrial production, and cause the huge economic loss. At the end of the 20th century, Russia, South Korea and other contries first adopted advanced ultrasonic descaling technology.

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