Stainless Steel 135L 40KHz Ultrasonic Cleaner For Eyebrow Tweezers In Beauty Salon
Specifications:
| Model name | F-360 |
| Internal tank size | 600*500*450mm |
| Application | Clean Spray Flannel Mold |
| Function | Removing dirts, oil, rust, grease |
| Feature | No damage to precision mold |
| Tank capacity | 135L |
| Ultrasonic power | 1800W |
| Heating power | 4500W |
| Time control | 0~99 minutes |
| Temperature control | 20~95℃ |
| Water inlet / outlet | Yes |
| Voltage | 220V / 110V |
Same models with different capacity
| Model | capacity | tank size(mm) | Ultrasonic power |
| F-120ST | 38L | 500*300*250 | 600W |
| F-120 | 45L | 500*300*300 | 700W |
| F-180 | 53L | 500X350X300 | 900W |
| F-240 | 77L | 550X400X350 | 1200W |
| F-300 | 99L | 550X450X400 | 1500W |
| F-301 | 96L | 800X300X400 | 1500W |
| F-360 | 135L | 600X500X450 | 1800W |
| F-480 | 175L | 700X500X500 | 2400W |
| F-600 | 264L | 800X600X550 | 3000W |
| F-720 | 360L | 1000*600*600 | 3600W |
| F-900 | 560L | 1000*800*700 | 4500W |
| F-1108 | 540L | 1000*900*600 | 5400W |
| F-1144 | 960L | 1200*1000*800 | 7200W |
| F-1216 | 1500L | 1500*1000*1000 | 10800W |
| F-1288 | 1800L | 1800*1000*1000 | 14400W |
| F-1360 | 2400L | 2000*1200*1000 | 18000W |
How much ultrasonic power does your cleaning tank require?
The right amount of ultrasonic energy (usually expressed in
watts/gallon) depends on the size of the cleaning bath and the
difficulty of the cleaning requirement. Tanks in the one- to
two-gallon range often provide up to 90 watts per gallon of
ultrasonic power, plenty for most jobs, even cleaning out the
ultra-fine passages of fuel injector nozzles.
"Achieving the same cleaning effect in larger tanks requires less
energy density," Pedeflous noted. "Excellent cleaning has been
demonstrated in tanks having 50 gallons capacity with only 25-30
watts per gallon. The more difficult the application, the greater
energy density is required for effective cleaning."
On the other hand, too much ultrasonic power may result in
cavitation erosion occurring on delicate or highly polished parts
that are near the transducer-radiating surface. Cavitation is the
formation and collapse of low-pressure bubbles that can pit the
surface of metals. Aluminum, copper, brass and other soft metals
are especially susceptible to cavitation erosion.
