Ultrasonic filter element cleaning machine introduction:

Pharmaceutical manufacturers or chemical manufacturers, filter elements, titanium rods, stainless steel pumps, nickel rods used for water filtration, air filtration, or other filtration, generally only rinse it manually in tap water,then use it again. This filtering effect of the filter element or titanium rod is far from meeting the requirements of using. The ultrasonic filter element cleaning machine made by our company adopts the method of internal flushing and external washing to clean the filter element or titanium rods. Internal flushing - water and compressed air with pressure are passed inside the filter element or titanium rod, external washing - Ultrasonic cleaning of the outside or voids of the filter element or titanium rod. After the ultrasonic wave loosens the stains and incrustation on the filter element or titanium rod, then be flushed out by water and compressed air in the inner flushing,the effect is clean and thorough.

Ultrasonic filter element cleaning machine parameter:

1. Scope of application: folded filter element, titanium rod filter element, various metal filter elements, mining filter elements, etc.

2. Cleaning range: 10 inches to 40 inches

3. Cleaning capacity: 1-8 PC

4. Ultrasonic power: 1—4KW

5. Speed: 0.5 rpm (adjustable)

6. Voltage: 220V 50HZ

Ultrasonic filter element cleaning machine feature:

1. The fully automatic type,adopts 7-inch touch screen display (optional), clear picture and simple operation.

2. Equipped with a timing device, set the cleaning time as needed.

3. During the cleaning process, the filter element can rotate slowly, and the speed is adjustable.

4. Using high-performance transducer and unique ultrasonic generator, the cleaning power is strong and the performance is stable.

5. The machine is equipped with a high-pressure water inlet, which can backwash the filter element.

6. There is an automatic heating constant temperature device, and the temperature control range is from room temperature to 100 °C (optional).