What temperature range of a surface is allowed before application with NANOPROTECH?
MAXIMUM temperature of the surface must not exceed +35°C, otherwise gas and substrate can inflame. Minimal temperature is about -40°C (at low temperatures NANOPROTECH will spread poorly).
How to apply NANOPROTECH on cell phones and other electronic equipment?
In order to apply NANOPROTECH on cell phones and other electronic equipment, it is necessary to disassemble them first. It is recommended to let the specialist disassemble, apply NANOPROTECH, and reassemble electronic devices.
When NANOPROTECH is applied on electronic devices (such as cell phones, laptops, radios, TVs, audio equipment etc.) to protect against moisture, oxidation and short circuits; the NANOPROTECH product will have adverse affects if applied on:
Cell phone screens
Laser and video optics
Will NANOPROTECH protect the electrical contacts from corrosion, short circuits, and oxidation in moist environments?
NANOPROTECH can be applied when voltages go even as high a 100,000V. NANORPOTECH will provide full protection against corrosion and oxidation; however, NANORPOTECH will have limitations in protecting against short circuits.
Can NANOPROTECH be applied on painted surfaces?
NANOPROTECH can be applied on the painted surfaces and it will protect the surfaces from moisture.
Does NANOPROTECH protects the metals, electrical equipment, and printed circuit boards from hydrogen sulfide gas?
NANOPROTECH will reliably protect the metals, electrical equipment, and printed circuit boards from hydrogen sulfide gas.
Can NANNOPROTECH be applied to electrical contacts that operate with high voltages?
NANOPROTECH can be applied when voltages go even as high a 100,000V. NANORPOTECH will provide full protection against corrosion and oxidation.
How can NANOPROTECH both increase conductivity and insulation at the same time?
NANOPROTECT protective coating has dielectric properties which improve insulation resistance and electrical conductivity, and help to prevent current leakage. NANOPROTECH products displace 100% of moisture from the surface and form an invisible elastic coating on the surface that does not harden over time. Within 24 hours insulation resistance is enhanced and electrical insulation properties of the surface are improved. In addition, NANOPROTECH protective coating prevents electrical leakages and protects surfaces against oxidation. By applying NANOPROTECH to electrically conductive contacts, the surface is cleaned of rust, oxidation, dust, and moisture is displaced; therefore, the electrical conductivity is improved. Current can easily pass through the electrical contacts because NANOPROTECH protective layer is invisibly thin – only 2.5 – 3.0 microns.
Can NANOPROTECH products damage materials?
NANOPROTECH will NOT cause any damage to metal surfaces, plastic surfaces, rubber surfaces, glass surfaces, painted surfaces, ceramic surfaces etc.
Why product is labeled "extremely flammable"?
NANOPROTECH products are labeled “extremely flammable” because they are sold in aerosol cans that contain extremely flammable propellants (propane and butane). Within 15 minutes after the application of NANOPROTECH, NANOPROTECH becomes non flammable.
Does NANPROTECH protects surfaces against extraneous environments such as salt water, chemical reagents etc.?
NANOPROTECH will protect the surface for a long time from the extraneous environments such as salt water, salt, chemical reagents etc. Protection can be enhanced by applying NANOPROTECH several times.