NanoprotechTM Electric and NanoprotechTM Anticor FAQ.
What are the minimum and maximum temperatures of
use?
For both products, NanoprotechTM
Electric and NanoprotechTM
Anticor the maximum temperature at the time of the application must not exceed
35ºC or the propane gas used as propellant in spray cans could
catch fire. The propane and butane gas evaporates after a few seconds,
therefore NanoprotechTM will
retain its properties up to a temperature of 140ºC.
For special applications we can produce gas canisters without propane that have no risk of flammability. The product is sold in bulk or jelly cans and can be applied to surfaces and objects have a temperature ≤90ºC
The minimum temperature at the time of application should not be lower than -40ºC, at very low temperatures the liquid flows with difficulty. After applying, NanoprotechTM keeps its propriety down to -80ºC.
Can NanoprotechTM Electric be applied
to electrical contacts that are subjected to high voltages such as: 10kV, 50kV
and 1OOkV? And under these conditions
will NanoprotechTM continue to protect from corrosion, oxidation and
humidity?
Yes, NanoprotechTM can be applied to high voltage contacts and even when
subjected to a high voltage NanoprotechTM
maintains its protective properties against corrosion and humidity, in addition
to its dielectric properties of reducing the risk of short circuit.
Does NanoprotechTM protect the
electrical equipment, the metal and the circuits from the effects of hydrogen sulphide
(hydrogen sulphide in gas - H2S)?
Yes.
Can I apply paint on a surface treated with NanoprotechTM?
No, if you want to paint a surface treated with NanoprotechTM it is better to remove NanoprotechTM with a degreasing agent.
What happens if I apply a paint or enamel on a
surface treated with NanoprotechTM not properly degreased?
The paint will have difficulty drying because it
will mix with the layer of oily NanoprotechTM
that does not evaporate or solidify.
Can I apply NanoprotechTM on a
painted surface?
Yes. The
painted surface will be protected from moisture and corrosive agents.
Can I treat cell phones or other electronic
devices with NanoprotechTM?
Computers, cell phones and other electronic devices can be treated for corrosion
protection and for electrical insulation purposes but with some precautions
regarding the protection of monitors and displays.
NanoprotechTM has an oily consistency
so we recommend you do not apply NanoprotechTM on:
- Screens.
- Optical and camera lenses
and other optical devices.
- The display of mobile
phones, PDAs and computers.
- Microphones and speakers.
(These devices can however be treated with NanoprotechTM on their internal electrical parts but the vibrating
membranes of loudspeakers and other audio devices can be damaged if soaked with
the oils present in NanoprotechTM).
- Optics for laser
installations and video.
- Electrical components
that have components in paper, fabric or other materials that can absorb the
oils of NanoprotechTM (NB.
some types of capacitors have this type of construction).
How long do the protective properties of NanoprotechTM
last?
The protection properties last from one to three
years depending on the mechanical abrasion to which it is subjected at the
treated surface.
Does NanoprotechTM have any negative
effect or deterioration on materials?
No. No
negative effect or deterioration of metals, plastics, rubber, glass, paints,
varnishes, ceramics, or electric motors will occur.
Does NanoprotechTM meet the RoHS
directive 2002/95/EC (Restriction of Hazardous Substances Directive)?
Yes, NanoprotechTM complies
with RoHS 2002/95/EC. It limits the
concentration of harmful substances and has been adopted by the European Union
in February 2003. The Directive entered into force on 1st July 2006 and
restricts the use of six hazardous substances:
1.Lead
2. Mercury
3. Cadmium
4. Hexavalent chromium
(Chromium VI)
5. Polychlorinated
biphenyls (PBBs)
6. Polybrominated diphenyl
ethers (PBDEs)
Why does the label show the sign and symbol
“extremely flammable”?
The canned aerosol version of NanoprotechTM is flammable because the
cans contain propane and butane as propellant gases. A few minutes after
application the propane will evaporate and the NanoprotechTM will no longer be flammable.
(For special applications and upon request we can produce the spray cans without flammable gas. NanoprotechTM packed in jelly-cans do not contain gas and is not flammable.)
Is NanoprotechTM resistant to salt
water and harsh chemicals?
Yes, the NanoprotechTM coating protects for long periods from the corrosive
effects of seawater, salts, acids and aggressive chemicals. The protective properties of NanoprotechTM can be increased and
prolonged with repeated applications.
What is the difference between NanoprotechTM
Electric and NanoprotechTM Anticor?
NanoprotechTM
Electric has excellent dielectric properties and good anticorrosion
features. NanoprotechTM Anticorrosion has exceptional
anticorrosive features but no dielectric strength.
Can I use the electric and the corrosion version
of NanoprotechTM together on the same surface?
No. We do
not recommend combined use because you will lose the dielectric effect of NanoprotechTM Electric.
Does NanoprotechTM Anticor have
lubricating properties?
Yes, NanoprotechTM Anticor is ideal for the lubrication of moving
mechanical parts.
Does NanoprotechTM Electrical
have lubricating properties?
Yes, but weaker than that of NanoprotechTM Anticor.
Can I apply NanoprotechTM on
electrical equipment whilst connected to mains power?
No, the spray cans contain propane/butane (which are flammable gases) as a
propellant gas, therefore, the safety rules require that the electric current
is disconnected. The propane and butane evaporate in a few minutes, so 15
minutes after application you can reintroduce a current.
(For special applications we can produce spray cans without propane gas that do not have this limitation.)
NanoprotechTM Electric improves the
quality of electrical contacts and the electrical insulation at the same
time. How do you explain the apparently
contradictory properties of the NanoprotechTM Electric protective
coating?
The NanoprotechTM Electric
coating has dielectric properties that increase the insulation and, at the same
time, improve the quality of the electrical contacts.
Immediately after applying the protective coating NanoprotechTM Electric has high dielectric properties, but not exceptional. After the application it cleans the surface, removes the moisture and forms a protective flexible coating that does not harden with time.
Within 24 hours from application the properties of electrical insulation grow, increasing the insulation resistance of electric equipment protecting them from leakage currents and surface oxidation.
The "nanotechnology'' products also have unique and special "mechanical" properties.
The protective layer remains "soft'' and "elastic" and when subjected to the normal pressure of a mechanical or electrical contact with a terminal it’s particles move thus allowing the contact. The application of NanoprotechTM Electric removes dust, dirt, oxidation and water from the electrical contact improving its quality.
To better understand the better quality of electrical contacts combined with the excellent insulation properties you can imagine a box filled with polystyrene small balls. With your hand you can go through the polystyrene and touch the bottom of the box, while you do this movement the polystyrene balls will move to allow the contact but all around the insulation will remain optimal. The nanoparticles move in a manner similar to the polystyrene balls.
Can NanoprotechTM Anticor be used as a replacement for bearing grease in such items as bicycle wheel bearings, skateboard truck bearings and other sporting equipment?
Yes, although there are certain limitations subject to type of equipment and conditions of use, we are currently running lubrication tests in certified laboratories and will be uploading detailed conclusions shortly.
