DPF Filter Automotive Ultrasonic Cleaner Two Tanks 175 Liter With 1inch Drain Valve

175 Liter Automotive Ultrasonic Cleaning Machine For DPF Filter With Two Tanks

Why You Need Whale Cleen sonic Automotive Ultrasonic Cleaning Machine?

Ultrasonic cleaners employ oscillating sound pressure waves at frequencies beyond those perceptible by the human ear (ultrasound). As the soundwaves act on the tank and agitate the contained liquid, cavitation (the implosion of tiny air bubbles within the liquid) is induced.

This acts against contaminants adhered to objects contained in the filter, separating the two much more gently, efficiently and precisely than would be the case with conventional cleaning methods that use baking at high temperatures for hours.

The ultrasonic cleaning process uses solutions in suitable carrier liquids (often water). As the ultrasonic-induced cavitation occurs, the effectiveness of the aqueous solution is greatly improved to deliver an outstanding, clean filter.

Ultrasonic cleaning is the ideal solution for fleet vehicles. Whale cleen sonic, leaves no contamination for build-up on the DPF filter, resulting in in a filter that is 95% clean. 

Specification Of LanJ-J248X And Related Model

Customer's Cleaning Feedback:

Why is this important for DPF ash cleaning?

Not all DPF ash is the same, and not all DPFs benefit equally from the same type of cleaning process. Filters can be most efficiently cleaned and recovered when cleaning processes are selected which are designed to target the specific ash deposits present in the filter. DPF inspection and diagnostics are a key component of any cleaning process to ensure cleaning effectiveness and track filter health.

How Automotive Ultrasonic Cleaning Machine Works?

Electric energy must first be converted into mechanical energy through a generator and a transducer. The generator sends electric power to the transducer, this energy causes the transducer to vibrate at a very specific pre determined frequency. The vibrating transducer then relays this sound into an ultrasonic solution. When these sound waves come into contact with something submersed in the solution a cavitation bubble is created.

These bubbles have an internal spinning vortex which when bombarded by more sound waves become very unstable and starts to deform and finally implode. This implosion creates a shockwave or jetting effect that sees a tremendous release of energy. It is this energy that blasts away the fouling on whatever is submerged. This energy equates to approximately 10,000 PSI at 400 km/hr and temperatures of up to 5,000 degrees.

One of the more appealing things about ultrasonic's is that all this incredible energy is happening at a microscopic level and as such causes no damage to the submersed object but does an incredible job in cleaning it. Typical operating temperatures of our tanks are 150 degrees Fahrenheit or 65 degrees Celsius.