Thermal management coating
Advanced thermal management coating.
KleHeet uses the thermal conductivity of graphene to spread heat, reduce hotspots, and manage infrared signature. It is part of the same one-part coating family as KleProtect and KleGuard. KleHeet is in validation.
Hotspots shorten the life of electronics, batteries, and motors.
Infrared signature and thermal imaging are operational problems for defense and critical infrastructure.
Fouling, drag, and short coating life raise fuel use and maintenance cost.
A thermally conductive coating spreads heat, reduces hotspots, and helps control thermal signature.
Infrared and multi-spectral control through thermally conductive coatings and graphene-PMMA composites.
One-part homogeneous solvent coatings from one functionalized graphene powder, tuned by rheology, solvent system, and additives.
EMI, infrared signature, thermal management, and optical filters.
Weight, EMI, thermal loads, and optical filters.
Battery heat, EMI, corrosion, and coating durability.
Corrosion on steel, pipelines, and wind assets.
EMI, heat, and enclosure weight.
EMI and thermal loads around sensitive electronics.
Corrosion, EMI, and thermal loads across vehicles and infrastructure.
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.
Graphene optical composite
Graphene optical composite technology
Solid graphene-infused PMMA panels for thermal-image blocking and multi-spectral concealment.
information@opticclearsolutions.com
(657) 851-1659