Depending on the type of contaminant to be removed cleaning agents are usually acidic or bases.
Ultrasonic cleaner solution for aluminum.
It is safe to use on all metals including brass aluminium copper zinc tin and alloys.
Aluminum is a highly reactive element that suffers from corrosive action from both acids and bases.
A concentrated ultrasonic cleaner fluid designed in the uk to clean sensitive metals including brass aluminium copper zinc tin and alloys.
If cleaning takes substantially longer because of the higher frequencies used for cleaning aluminum parts ultrasonic baths can be heated and cleaning agents can be added to the cleaning solution.
We recommend a 40 khz ultrasonic as it generates a finer implosion which will reduce the potential of cavitation erosion.
A concentrated cleaner and degreaser formulated to aid cleaning in ultrasonic baths.
They are formulated to remove protein based contaminants from plastics glass aluminum brass titanium and stainless steel.
This is accomplished by using a plastic insert along with other precautions described in our post on safely cleaning with acid.
Biodegradable safely dispose down any drain source highly concentrated.
Stainless steel ultrasonic cleaner solution tanks must be protected when using corrosive low ph solutions such as nitric sulfuric formic or hydrofluoric acid.
In addition you can also use the ultrasonic cleaner solution to clean plastic materials ceramics and glass.
These are often used for removing the deposits such as limescale rust and other minerals from metals.
This kind of ultrasonic cleaner solution comes with a ph of 5 0 or lower.
Ultimately if you leave a soft part like polished aluminium in an ultrasonic for too long it will eventually start to erode due to the ultrasonics if the correct parameters are used cavitation erosion should not occur.
Enzymatic solutions the enzymatic solutions are mostly used in the food and medical industries.