What is eOx used for?
eOx
safely cleans any substrate of oils, grease, carbon, uncured
resins or paints, as well as other difficult to remove
contaminants. It will leave surfaces slightly anti-static and
with repeated use, subsequent cleanings may even be easier!
What approvals does eOx have?
eOx has the following approvals for the aviation industry:
Boeing D6-17487,
Douglas CDS #1, and
AMS 1550A. eOx also meets European
Community (EC) directives concerning biological degradability of
surface-active substances.
How long does it take to work?
eOx will begin breaking up the contamination immediately.
However, to decrease the cleaning time, RPM recommends either
ultrasonic agitation or gentle continuous stirring.
Is it hazardous for transportation?
No.
eOx is water based and not
hazardous to ship. eOx contains no EPA Listed ingredients.
Can eOx be used in parts washers or ultrasonic tanks?
Yes. eOx is compatible with numerous metals and plastics.
Ultrasonics actually decreases the amount of cleaning time by
75%. Heat can also be used to decrease cleaning time by 50%.
Will temperature effect performance?
Yes,
temperature will improve the performance of the eOx. See
above.
How do I know when it is not working anymore?
When
the products no longer get clean in the typical cleaning time
for your particular application. When you first start using
eOx, it is worthwhile to note the initial cleaning time for
reference and comparison. If your location has the
ability, test the pH. The pH of fresh eOx is around
12.5. When the pH drops to 9, it is time to refresh the
bath with new material to return the pH to 12.5.
How do I dispose of it?
eOx may be disposed of with your other solvents.
Can it be filtered?
Yes,
eOx can be filtered and this is recommended to extend the
life of the material. A 5-micron
filter is usually sufficient.
Does it smell?
eOx does have a slight odor. As the ingredients are not
listed, no special breathing apparatus is required. However, we
do recommend using in a well-ventilated area.
Do you have to wear breathing apparatus?
No,
see above.
Does eOx attack the primer?
To
this date, we have not seen any effect on the usual chromate
primer used on commercial aircraft.