Applications:
Commonly used in precision hardware, electronics, semiconductors, watches, jewelry, energy, optics, medicine, automotive manufacturing, electroplating, painting and vacuum coating pretreatment.
Industrial cleaning equipment, ultrasonic cleaning machines are widely used in precision hardware, electronics, semiconductors, watches, jewelry, energy, optics, medicine, automotive manufacturing, electroplating, painting and vacuum coating pretreatment. It is especially suitable for parts with complex surface shapes.Applications
Commonly used in precision hardware, electronics, semiconductors, watches, jewelry, energy, optics, medicine, automotive manufacturing, electroplating, painting and vacuum coating pretreatment.
Industrial cleaning equipment, ultrasonic cleaning machines are widely used in precision hardware, electronics, semiconductors, watches, jewelry, energy, optics, medicine, automotive manufacturing, electroplating, painting and vacuum coating pretreatment. It is especially suitable for parts with complex surface shapes.
Characteristics
Ultrasonic activity operates on similar principles to sound waves. As electrical energy is transferred to mechanical energy, it causes positive and negative pressure waves that generate microscopic bubbles that form on all surfaces throughout the component being cleaned. But these are no ordinary bubbles. The air bubbles in the fluid in ultrasonic cleaning equipment implode when they come into contact with a solid surface. This effect is known as cavitation. When the air bubbles implode, a powerful jet of fluid is created which comes into contact with the surfaces of the objects being cleaned at extremely high pressures and temperatures. This dynamic effect separates contaminants from all surfaces without damaging the object in any way. These micro-jet shock waves, combined with special ultrasonic cleaning solvents, remove bitumen, heavy oils, fats lime scale deposits and other (chemical) waste products in refineries much faster and more thoroughly than conventional methods (high pressure,steam, mechanical and chemical cleaning).
Usage: The system is developed to generate a faster and higher cleaning level by means of ultrasonic power, in combination with specialized chemicals (degradable). Due to the microscopic level a perfect inner and outer penetration will be created
Ultrasonic cleaner applied ranges:
Machinery industry: Removing rust and grease for Machinery Parts, Engine, carburetor and automobile parts cleaning, Filter. Clear filter, especially in the railway industry, for degreasing decontamination conditioned train cars, each member of the front of the train rust, oil, and rust, very suitable
Surface treatment industry: Degreasing derusting before plating, cleaning before Ion plating, Metal workpiece surface activation treatment, phosphating, remove carbon deposition, oxidation and polishing paste
Instrument industry: precision parts cleaning
Electronic industry: remove Rosin and welding spot for p.c.b. boards, machinery parts cleaning
Medical industry: medical apparatus and instruments cleaning and disinfecting
Semiconductor industry: Semiconductor chips etc.
Jewellery & Watch industry: Remove oil sludge, dust, oxidation layer, polishing paste. Etc.
Chemical biology industry: labwares’ cleaning and descaling
Optics industry: Optical vessels oil, sweat and dust removal
Textile printing and dyeing industry: textile spindle, spinneret plate cleaning.
Petroleum chemical industry: Metal screen cleaning, chemical containers and switchs' cleaning
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