88L Ultrasonic Washing Machine Airplane Parts Ultrasonic Cleaner

3KW Heating Power 88L Ultrasonic Washing Machine For Airplane Parts Cleaning

How Whale Cleen Ultrasonic Washing Machine Works?

Ultrasonics is electrical energy converted to sound beyond the range of human hearing. When ultrasonics is passed through a liquid it literally tears the liquid apart forming millions of tiny vacuum pockets known as cavitation bubbles. These bubbles implode at high pressures and temperatures (30,000psi and 50,000 degrees C) causing a scrubbing effect on any surface immersed in the liquid. The scrubbing action acts much more quickly and on a much finer scale than any other known means of scrubbing or scouring. Scrubbing with ultrasonics will also penetrate into blind holes and complex shapes (including surface pores in metals) which cannot be reached by other methods. The result? Automated, faster, more consistent cleaning in hard-to-reach areas. Ultrasonic cleaning can be used on a wide variety of materials including glass, plastic, ceramic, many metals and other non-metal materials.

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What Whale Cleen sonic Ultrasonic Washing Machine Can Do?

It might be easier to list the items in this field ultrasonics can’t clean, but here’s a review of common items:

1. Vehicle components

Whether you’re cleaning parts before you reinstall them on an airframe or clearing grime from a hydraulic part prior to refurbishment, ultrasonic cleaners will remove contamination more thoroughly and quickly than personnel can. Because cavitation works through a mechanical scrubbing action, there’s no need to attack the contaminant with specific chemical compounds. Any type of dirt seen in the aerospace sphere–including oils and greases–can be completely removed.

When you need tools or equipment from your aerospace operation cleaned, you can use the same ultrasonic cleaners and be sure the gear will be spotless in just minutes.

2. Newly manufactured parts

Of course, this category covers parts that are formed in a CNC machine, items that are bored out on a press, etc. But we’re including some others here, such as certain ceramics, glass and polished metals. If an item has been machined, honed, lapped, buffed, or polished, there will be residue on it in the form of chips, dust, polishing compounds or cutting oils.

Here the strength of ultrasonic cleaning is in its versatility—the cavitation in the cleaner will remove oils just as easily as chips or dust—and its thoroughness. You won’t have to worry about something being missed and ruining a later step where paint or some other coating is applied.

3. Avionics and other electronic items

Most of us would recoil with horror at the idea of combining expensive avionics and water. However, as long as proper drying techniques are used, an ultrasonic cleaner will not only clean electronic devices, but clean them more quickly and completely than any other method. It will also do so in a safe and green way. In the past, it was common to use trichlorethylene to clean avionics, but ultrasonic cleaning usually requires only water and a mild detergent additive.

4. Glass and other fragile items

After years of entertainment media portrayals of high frequency sound shattering glass into bits, it may seem like an atrocious idea to clean fragile components with powerful sound waves above the human hearing range. But ultrasonic cleaning is perfectly safe for these items, and can actually save you money in the long run because they will experience less handling and therefore fewer opportunities for scratches or other damage.