Ultrasonics for Aerospace

Ultrasonics cleaning effectively removes small particulate and adhering contamination from parts that have entrapment areas hard to access through mechanical means. The sound wave energy generated by transducers placed somewhere in or  adjacent to an elastic medium like water, causing negative pressure, which in turn causes the liquid to facture and cavitation to occur. The bubbles oscillate under the influence of positive pressure, grow to an unstable size, collapse and create implosions. The implosion sites cause temperatures in excess of 5,000oC and pressure in excess of 10,000PSI. At the right temperature, with the right cleaning solution and the right frequency this ultrasonic cleaning effectively removes contaminants. Agitation caused by these forces helps speed the dissolution of soluble contaminants and the displacement of insoluble particles. The cleaning effectiveness depends very much on matching the right frequency to the right cleaning task and choosing the right cleaning solutions. Oxygen Service Cleaning: Hydrocarbons trapped in an oxygen system create the fuel that can cause an accidental fire or explosion. Factories with furnaces, autoclave systems, gold mines, aerospace facilities, refineries and gas producing plants, hospitals and even lab and test facilities all require oxygen system cleaning either at start up or after modification. Generally, oxygen system cleaning means thorough degreasing to an industry standard and in some cases removing excess rust with a caustic or a citric acid process using Ultrasonics. Titanium Parts Cleaning: Ultrasonic precision cleaning of Titanium parts used in the medical, aerospace and other applications requires special care. Titanium parts need special care and ultrasonic cleaning is just the technology to achieve the critical cleaning required.

Ultrasonic Cleaner: Ultrasonics Eco Cleaning Solutions design and sell a large number of Ultrasonic Cleaner Products.