500L Radiator Cleaning Machine , Indusrial Parts Cleaner SS304 / 316 Material

Radiator Cleaning Machine Indusrial Parts Cleaner Cleaning Ultrasounds Bath Large Ultrasonic Cleaner

Ultrasonic cleaning is a fast and highly efficient way for cleaning automotive parts, our equipment will remove grease, oil, lubricants and many other contaminants that are commonly found on automotive components. This includes radiators, gearboxes, inter-coolers, brake callipers, carburettors, cylinder heads, paint guns and many more.

Model: AG-480ST details:

Radiators are essential parts of every heating or cooling system whether they’re used in buildings or vehicles. Radiators facilitate the transfer of thermal energy from one medium to another, allowing the regulation of air temperature in a given space. Like any HVAC part, radiators tend to accumulate dust and dirt over time. When too much debris is present in the radiator, its performance is stunted and energy efficiency is negatively impacted.

Unlike most parts of an average heater or air conditioner, the radiator can be pretty sensitive to the force applied during cleaning. Too much force can damage it while too little can allow dirt to linger inside. To strike the perfect balance between effectiveness and safety, we recommend ultrasonic cleaning for your radiators.

Captain Clean utilizes ultrasonic cleaning technology for the total removal of all debris in your radiator. This method makes use of powerful sound waves blasted at high and low frequencies to agitate particles that cling tightly to your radiator’s body. When combined with gentle aqueous cleaning solutions, ultrasonic cleaning can flush out a few years’ worth of dirt from your radiator and help it perform like new.

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How to Manage Cleaning Solution Temperature

Heat is produced by ultrasonic cavitation and many cleaning tasks are faster and more efficient when using a heated solution.

For example, a hot cleaning solution is best for removing oils, machining coolants and a whole host of other contaminants from just about any surface you can think of.If this is the case for your requirements you can improve throughput by using ultrasonic cleaners with thermostat controlled heaters.

These can be adjusted in increments to 80⁰C.

Please note that above 80⁰C cavitation is inhibited and cleaning efficiency levels off.Some cleaning operations are not enhanced by a heated solution.

An example is removing blood from surgical instruments.