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An ultrasonic degreaser uses energy emitted from a transducer to break up grease and other contaminants on a part.An ultrasonic degreaser is often incorporated into vapor degreasers in industrial degreasing.An ultrasonic degreaser is effective in cleaning parts difficult to degrease using other methods, it is now used widely for certain applications ranging from cleaning a glass lens to degreasing automobile parts. Porous materials such as brass are especially difficult to clean using conventional metal degreasers.Many ultrasonic degreasers are integrated into a solvent cleaning process, components such as filters, rinsers, dryers and other design-specific features are included in the ultrasonic degreaser. Components will vary depending upon the use requirements of the degreaser. Industrial models may be quite large and have multiple chambers while tabletop models for personal use are easily portable.The combination of mechanical cleaning through cavitation and chemical cleaning from the vaporized solvent generally results in a highly satisfactory degreasing.There are two methods that are combined in ultrasonic degreasers: ultrasonic cleaning and vapor degreasing. Ultrasonic degreasers are composed of metal tanks equipped with heating elements in the bottom of the tanks that heat special cleaning solvents to a boil in a closed vessel. As the solvent evaporates it rises to a chamber where the part is placed. Because of the difference in temperature, the solvent condenses onto the part, dissolves the stain and drips off of the part. Ultrasound may be used alone for parts potentially harmed by immersion in water. The recognition of harmful impact on the environment of solvents classified as ozone depleting solvents (ODS), industrial degreasing machines have been designed to work with a solvent type that is more environmentally friendly. The ultrasonic degreasers are the last type of solvent degreaser that can be used. This type of unit is similar to the vapor degreasers but it uses ultrasonic waves to clean the parts. The parts that need to be degreased are placed into the tank, and then are sealed off. The ultrasonic components are then turned on for the desired amount of time.Though tightly bonded soils, greases, and contaminants cannot always be removed with the use of ultrasonic degreasers alone, combining traditional cleaning techniques with ultrasonic cleaning technology has been found to be an effective and environmentally-safe method of cleaning. Ultrasonic degreasers are capable of cleaning individual parts as well as multiple items simultaneously and are used in a variety of commercial and industrial applications in the fabrication, metal processing, automotive, pharmaceutical, electronics and weapons industries.It is ideal for use with traditional solvents like trichloroethylene and methylene chloride, as well as many of the newer solvent. An ultrasonic vapor degreaser has two solvent-filled sumps (the boil sump and the cold sump which is filled with clean, distilled condensate solvent and is often used for rinsing). Near the top of the degreaser is a set of cooling coils that catches the vapor before it escapes from the unit. It cools and condenses it back to its liquid form and flows it back to a clean condensate tank and finally it goes back to the boil sump or the rinse tank. Vikas,for information on Hand CleanerDegreaser,Carbon RemoverAir Cooler Cleaner,Rig Wassh,Tank Cleaner,Oil Spill Dispersant,Electric contact cleaner,Detergent and Metal Bright.Please visit our site:http://rxmarine.com/
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