Optic Clear Solutions develops advanced graphene-enabled coatings, optical materials, and functional surfaces that improve corrosion protection, electromagnetic performance, thermal management, and operational survivability.
Chloride, moisture, and chemicals work through conventional coatings and into the steel beneath.
Marine growth adds drag and fuel burn, and copper-based paints are under regulatory pressure.
Electromagnetic interference disrupts electronics, avionics, and communications, and metal shielding is heavy.
Hotspots shorten the life of electronics, batteries, and motors.
Infrared signature and thermal imaging are operational problems for defense and critical infrastructure.
Defense and critical infrastructure need optical materials that block thermal imaging and conceal across the spectrum.
Fouling, drag, and short coating life raise fuel use and maintenance cost.
Copper phase-out, NAVSEA requirements, and restricted-metal bans are pushing coatings off the old chemistry.
OCS starts with functionalized multilayer graphene powder and turns it into functional materials. The same powder goes into one-part solvent coatings and into a PMMA optical composite.
Overlapping graphene flakes block moisture, salt, and chemicals on steel, aluminum, and coated surfaces.
Conductive graphene pathways shield enclosures, equipment, and sensitive electronics without heavy metal.
A thermally conductive coating spreads heat, reduces hotspots, and helps control thermal signature.
DarkArmor disperses graphene into a PMMA matrix to make a solid optical composite. The panel blocks thermal imaging and supports multi-spectral concealment.
Infrared and multi-spectral control through thermally conductive coatings and graphene-PMMA composites.
A connected graphene network gives EMI attenuation and EMC improvement with less weight than metal shielding.
Copper-free, inert coatings for NAVSEA and commercial marine rules that are moving industry off copper and other restricted metals.
One-part homogeneous solvent coatings from one functionalized graphene powder, tuned by rheology, solvent system, and additives.
Anti-corrosion and anti-fouling coating
Multi-Coat Sealer—hydrophobic armor against corrosion, abrasion and fouling.
A one-part homogeneous coat—inert & copper-free graphene barrier coating that resists corrosion and fouling on hulls, structures, and equipment.
Electromagnetic protection coating
EMI Shielding Coating—EMI protection and corrosion.
A one-part homogeneous coat—delivers EMI shielding and electrical conductivity with corrosion protection.
Thermal management coating
Advanced thermal management coating.
A one-part homogeneous coat—enhances heat dissipation and manages temperature in demanding environments for a wide range of applications.
Graphene optical composite
Graphene optical composite technology
Solid graphene-infused PMMA panels for thermal-image blocking and multi-spectral concealment.
KleProtect controls fouling with a copper-free graphene barrier.
The coatings are formulated as low-VOC, inert, one-part systems.
A graphene barrier extends service life, so surfaces need fewer recoats.
Less fouling means less hull drag and lower fuel burn.
Longer intervals between recoats reduce downtime and replacement cost.
Fewer recoats and lower fuel burn reduce emissions over the life of the asset.
A copper-free, inert platform is positioned for copper phase-out and restricted-metal bans.
information@opticclearsolutions.com
(657) 851-1659