proprietary coating systems

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NavShield™ AC is a graphene-infused epoxy system engineered to outperform traditional corrosion protection coatings in marine, aerospace, and industrial environments. By integrating G3 Graphene nanoplatelets at the molecular level, NavShield™ AC forms a conductive, tightly cross-linked barrier that resists oxidation, saltwater degradation, and microbial growth—providing lasting protection in the most demanding conditions.

• Corrosion Resistance: Up to 10× longer protection versus standard epoxy coatings under MIL-STD-810G testing.
   
• Biofouling Prevention: Reduced surface adhesion of marine organisms and organic buildup, extending dry-dock intervals.
   
• Lifecycle Extension: Increased coating life and reduced maintenance costs for hulls, offshore platforms, and aircraft structures.
   
• Operational Advantage: Enables longer deployments and less downtime for surface ships and naval assets.

NavShield™ AD leverages the low surface energy and molecular smoothness of G3 Graphene to deliver measurable drag reduction across marine and aerial platforms. Integrated into advanced polymer systems, NavShield™ AD optimizes fluid dynamics, reduces turbulence, and improves overall fuel efficiency. The result is a durable, low-friction surface that enhances endurance and performance in both defense and commercial environments.

• Drag Reduction: 8–15% reduction on naval hulls and UAS surfaces under operational conditions.
   
• Fuel Efficiency: 3–7% fuel savings for shipping and aerial systems.
   
• Surface Longevity: Lower friction minimizes paint wear and erosion, extending the lifespan of hull coatings.
   
• Dual-Use Application: Validated for both military and commercial shipping through pilot testing with shipyards.

NavShield™ RCS is a graphene-based stealth coating engineered to absorb and scatter radar waves, significantly reducing detection signatures across a wide frequency range. Using the conductive properties of G3 Graphene nanoplatelets, NavShield™ RCS provides both radar attenuation and electromagnetic interference (EMI) shielding—combining stealth performance with environmental durability. The result is a multifunctional coating that enhances survivability for air, sea, and land platforms operating in contested environments.

• RCS Reduction: 10–50 dB radar cross-section reduction demonstrated in AFRL evaluations.
   
• Frequency Range: Effective from S-band through X-band.
   
• Multi-Functionality: Combines radar absorption with corrosion and EMI protection.
   
• Platform Applications: UAVs, maritime patrol aircraft, and naval superstructures.

NavShield™ HX is engineered for extreme environments where air friction and velocity generate temperatures beyond 2,000 °F. Utilizing the ultra-high thermal conductivity of G3 Graphene (5,000 W/m·K), NavShield™ HX dissipates intense heat loads encountered during hypersonic flight and atmospheric re-entry. This advanced coating safeguards structural composites, control surfaces, and onboard electronics—preserving integrity, stability, and mission performance under sustained high-speed thermal stress.

• Thermal Stability: Maintains structural integrity under sustained hypersonic heat flux.
   
• Weight Reduction: Replaces heavier metal shielding systems with lightweight nanocomposites.
   
• Integration: Compatible with high-temperature ceramics and next-gen ablative materials.
   
• Applications: Nose cones, leading edges, and internal thermal interfaces for hypersonic vehicles.
   

NavShield™ TH is a graphene-based thermal management coating designed to control and dissipate heat in high-performance defense and industrial systems. Leveraging the exceptional thermal conductivity of G3 Graphene, NavShield™ TH rapidly transfers heat away from sensitive electronics, avionics, and power systems, preventing overheating and extending operational life. Engineered for precision environments, it ensures stability and efficiency in directed-energy platforms, high-density battery packs, and advanced electronic assemblies.

• Thermal Conductivity: Up to 5× greater heat dissipation versus aluminum oxide or carbon black systems.
   
• Cycle Life: 50% reduction in thermal runaway in Li-ion and ultracapacitor cells.
   
• EMI Protection: 40–60 dB attenuation, protecting critical electronics in electromagnetic warfare environments.
   
• System Integration: Drop-in compatibility with MIL-PRF-32565 battery systems and other high-power architectures.