Ultrasonic

What is Ultrasonics?

Ultrasonics creates high frequency sound waves that produce millions of high energy bubbles in water that implode and literally suck all traces of dirt and grime from the blind. Nothing is missed. It’s the only process that can remove nicotine stains, mould and other heavy staining. Rejuvenates even the tiredest of blinds! Prolongs the life of your blinds, saving you money. Creates a healthier work and living environment. 

In removing a contaminant by dissolution, it is necessary for the solvent to come into contact with and dissolve the contaminant. The cleaning activity takes place only at the interface between the cleaning chemistry and the contaminant

Cleaning Chemistry


Contaminant


Part being cleaned


As the cleaning chemistry dissolves the contaminant, a saturated layer develops at the interface between the fresh cleaning chemistry and the contaminant. Once this has happened, cleaning action stops as the saturated chemistry can no longer attack the contaminant. Fresh chemistry cannot reach the contaminant.

Saturated Cleaning
Chemistry


Fresh Cleaning
Chemistry


Contaminant


Part being cleaned


Ultrasonic cavitation and implosion effectively displace the saturated layer to allow fresh chemistry to come into contact with the contaminant remaining to be removed. This is especially beneficial when irregular surfaces or internal passageways are to be cleaned

Fresh Cleaning
Chemistry


Contaminant


Part being cleaned


In removing a contaminant by dissolution, it is necessary for the solvent to come into contact with and dissolve the contaminant. The cleaning activity takes place only at the interface between the cleaning chemistry and the contaminant

Contaminant

Cleaning
Chemistry

Part being
cleaned

As the cleaning chemistry dissolves the contaminant, a saturated layer develops at the interface between the fresh cleaning chemistry and the contaminant. Once this has happened, cleaning action stops as the saturated chemistry can no longer attack the contaminant. Fresh chemistry cannot reach the contaminant.

Contaminant

Fresh Cleaning
Chemistry

Part being
cleaned

Saturated Cleaning
Chemistry

Ultrasonic cavitation and implosion effectively displace the saturated layer to allow fresh chemistry to come into contact with the contaminant remaining to be removed. This is especially beneficial when irregular surfaces or internal passageways are to be cleaned.

Contaminant

Fresh Cleaning
Chemistry

Part being
cleaned

Saturated Cleaning
Chemistry