Ultrasonic cleaning technology has proven to be the ideal medium for the vast majority of industrial and automotive cleaning applications. By combining the proper cleaning agent with the correct ultrasonic frequencies and power ratios relevent to the application, virtually any cleaning problem can be solved. The cavitation activity created through the use of high frequency sound waves produces a powerful cleaning force, which is capable of removing the toughest, contaminates without incurring damage to the substrate. Due to restrictions on unsafe solvents and other volatile chemicals, ultrasonic cleaning has experienced a surge in popularity.
Some of the most common contaminants removed by ultrasonics are oil, grease, impacted dirt, carbons, fluid residues, clutch material, brake dust, varnishes, oxides/rusts, polishing/buffing compounds, flux residue, lapping compounds, mold release agents, machining oils, smoke residues, heat scale, plus more.
Some of the most common materials and parts cleaned by ultrasonics are steel, iron, stainless steel, zinc, copper, gold, silver, brass, aluminum, lead, solder, Teflon, nylon, plastics, glass, ceramics, fabric, graphite, stone, plus more. Ultrasonic systems are sused for cleaning parts such as castings, stampings, machined parts, manufactured parts prior to powder coating, knife blades, drill taps, printed circuit cards, electrical appliances, computer components, tools, fuel injectors, carburetor parts, electrical switches and assemblies, fixtures, optical lens, jewelry, laboratory instruments, plus much much more.
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