Markets
Battery heat, EMI, corrosion, and coating durability.
Thermal management for battery packs, corrosion protection, and lightweight EMI protection for vehicle electronics.
KleHeet spreads heat in EV batteries, battery packs, power electronics, and motors. KleGuard shields battery systems and ground vehicles from electromagnetic interference. KleProtect protects against corrosion.
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.
Applications
Electromagnetic protection coating
EMI Shielding Coating—EMI protection and corrosion.
KleGuard is a one-part homogeneous conductive coating. Connected graphene pathways attenuate electromagnetic energy, so enclosures and equipment get shielding without heavy metal. It cures at room temperature, and brush or spray application covers printed wiring boards over conformal coat, electronic enclosures, and walls.
Applications
Anti-corrosion and anti-fouling coating
Multi-Coat Sealer—hydrophobic armor against corrosion, abrasion and fouling.
KleProtect is a one-part homogeneous solvent coating built on functionalized graphene nanoparticles. Overlapping flakes form a barrier that resists corrosion, reduces fouling adhesion, and makes cleaning easier. It comes in three versions: KleProtect CA “Blackmamba” is a corrosion inhibitor and anti-fouling coating, KleProtect C is a corrosion inhibitor, and KleProtect AF is an anti-fouling coating. It goes on by brush, roller, spray, or dip coating with no mix step.
Applications
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.
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.
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.
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.
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