OUR SOLUTIONS

Applications are limitless

Novum Nano's collection of technological innovations provides enhanced material characteristics across a broad family of solutions for water, oil, grease, paint and coating applications.

Nano Oil Additive

Novum Nano has developed a nano-engineered engine oil additive designed to significantly reduce friction and wear while improving overall engine performance. Utilizing functionalized carbon nanotubes and hexagonal boron nitride (hBN) nanosheets, dispersed through a proprietary ultrasonication process, the formulation creates a stable, synergistic nano-structure within the base oil. This advanced configuration enhances lubrication, reduces turbo and engine operating temperatures, increases torque and horsepower, and improves fuel efficiency—delivering measurable performance gains in high-demand operating environments

By improving fuel efficiency and reducing mechanical losses, nano-enhanced oil technology contributes to lower emissions and improved environmental sustainability—aligning performance gains with responsible energy use..
Enhanced fuel efficiency and equipment durability translate directly to operational advantage. Novum’s nano oil additive supports:

Extended combat vehicle range and mission duration

Reduced fuel logistics burden in contested environments

Improved mechanical reliability under extreme conditions

Lower maintenance frequency and lifecycle costs
Across performance and fleet markets, nano-enhanced lubrication delivers tangible benefits:

Improved engine output and responsiveness for race vehicles, motorcycles, trucks, and heavy equipment

Reduced friction and wear, extending engine lifespan

Lower engine temperatures and improved system efficiency

Increased fuel economy for consumer vehicles and logistics fleets

Nano Grease

Novum Nano is developing a next-generation lubricating grease enhanced with carbon nanotubes, nanofibers, and hexagonal boron nitride (hBN) nanosheets. By combining one-dimensional and two-dimensional nanostructures, this hybrid additive system leverages synergistic effects to significantly reduce friction, minimize wear, and improve load-bearing performance.

Engineered for extreme operating conditions, our nano-enhanced grease delivers extended service life, improved oxidation stability, and enhanced corrosion resistance—supporting reliable performance in high-demand mechanical systems.
Mission-critical equipment must perform in harsh and variable environments. Novum’s advanced nano grease supports:

Friction and wear reduction in marine and aeronautical systems

Improved oxidation and corrosion resistance in high-humidity and saltwater conditions

Enhanced durability for aerospace components operating in temperature extremes

Extended maintenance intervals for critical rotating and load-bearing systems
High-performance lubrication is essential across industrial sectors. Key applications include:

Wind turbine bearing lubrication

High- and low-temperature ball bearings

Aerospace and space systems operating in low-temperature environments

Open and enclosed gear systems

Heavy equipment in construction and mining

Automotive and steel manufacturing industries

Food processing systems requiring high-reliability lubrication

Superoleophobic Coatings

Novum Nano is developing a next-generation superoleophobic nanocoating engineered to repel oils, fuels, and hydraulic fluids in high-demand operational environments. Built upon advanced industrial floor coating systems, this formulation enhances resistance to fluid contamination while maintaining durability and surface integrity.

Complementing the coating technology, Novum is designing an AI-enabled robotic monitoring system capable of detecting fluid leaks, identifying surface contamination, and assessing coating health in real time. Together, these innovations provide both passive protection and active oversight—reducing risk while extending surface lifecycle performance.
Operational safety and readiness depend on controlled, contamination-free environments. Novum’s superoleophobic system supports:

Oil- and hydraulic-fluid-resistant hangar flooring for aircraft maintenance facilities

Improved technician and maintenance crew safety

Automated detection of fluid leaks in B-1 and other aircraft hangars

Reduced slip hazards and maintenance downtime through proactive monitoring
Beyond defense infrastructure, superoleophobic nanocoatings offer performance benefits across multiple industries:

Smudge- and oil-resistant coatings for electronic device touchscreens

Oil-repellent coatings for automotive interiors, displays, glass, and polished surfaces

Anti-fingerprint coatings for consumer electronics and security systems

Self-cleaning and stain-resistant textile and apparel applications

Nano Conductive Coatings

Novum Nano has developed a nano-engineered conductive polymer coating designed to dissipate static electricity while maintaining robust rain erosion resistance. By incorporating functionalized carbon nanotubes into advanced coating systems, we achieve uniform conductivity without compromising structural integrity or protective performance.

This nanocomposite formulation enhances lightning survivability, improves surface durability, and protects sensitive systems operating in high-risk aerospace and industrial environments.
Electrical discharge and lightning strikes present significant operational risk. Novum’s nano conductive coating supports:

Increased lightning survivability during launch for missiles, rockets, and aerospace systems

Reduced lightning strike risk for military aircraft

Lowered explosion risk during air-to-air refueling operations

Protection of mission-critical avionics and electronic systems
Beyond defense, nano conductive coatings provide measurable performance advantages across multiple industries:

Reduced lightning strike risk for commercial aircraft and protection of critical electronics

Electromagnetic shielding for electronics and telecommunications systems

Anti-static flooring for industrial and manufacturing facilities

Protective coatings for automotive platforms, including electric vehicles

Surface corrosion mitigation

Select biomedical and specialty device applications

Thermal Grease

Novum Nano has developed a nano-engineered thermal grease designed to significantly reduce electronic operating temperatures and mitigate thermal throttling. By incorporating highly thermally conductive nanomaterials into a uniformly dispersed matrix, the formulation establishes an efficient heat transfer network between components and heat sinks.

The result is improved thermal management, enhanced system stability, and sustained peak performance in high-power, high-density electronic systems.
Modern defense platforms rely on resilient, thermally stable electronics. Novum’s nano-enhanced thermal grease supports:

Increased reliability of Avionics Line Replaceable Units (LRUs) and mission-critical electronics

Reduced overheating risk for sensitive hardware

Improved performance of electronic systems in digital warfare environments

Enhanced survivability of high-watt-density components under extreme operating conditions
As processing power and energy density increase, advanced thermal management becomes essential across industries:

MOSFETs and high-speed digital systems

Central Processing Units (CPUs), Graphics Processing Units (GPUs), and advanced microprocessors

High-watt-density assemblies and power semiconductors

Performance computing systems used by gamers, engineers, designers, and data scientists

Nano Transformer Oil

Novum Nano is developing a proprietary sonication-based dispersion process to uniformly integrate high-thermal-conductivity nanomaterials—including functionalized carbon nanotubes, graphene nanosheets, and hexagonal boron nitride (hBN)—into transformer oil formulations.

This advanced nanocomposite approach significantly improves thermal conductivity while maintaining high electrical resistivity—ensuring enhanced heat dissipation without compromising dielectric performance.

The result is improved operational reliability, reduced overheating risk, and extended asset lifespan in high-demand power systems.
Nano-enhanced transformer oil supports:

Improved thermal dissipation in power and distribution transformers

Reduced overheating and thermal degradation

Extended service life and maintenance intervals for grid infrastructure

Water Purification

Novum Nano is developing a next-generation electrode architecture for Capacitive Deionization (CDI) systems. This novel nanostructured design significantly increases salt adsorption capacity compared to conventional water purification methods.
Reliable access to potable water is a strategic necessity. Novum’s advanced CDI technology supports:

Secure water supply for military bases, forward operating camps, and overseas installations

Onboard desalination for naval vessels

Integration into compact or solar-powered survival systems for pilots and deployed personnel

Reduced logistical burden associated with water transport in austere environments
Beyond defense, advanced CDI technology addresses growing global demand for efficient and affordable water purification:

Municipal wastewater treatment and freshwater production facilities

Scalable desalination systems for seawater and brackish water

Underground water treatment and mineral removal

Cost-effective potable water systems for developing regions

Portable purification devices for outdoor and emergency use

Phase Change Materials

Novum Nano is developing next-generation, nano-enhanced Phase Change Materials (PCMs) engineered to improve thermal energy storage (TES) performance. By integrating high thermal-conductivity nanomaterials into base PCM formulations, we increase effective heat transfer rates—accelerating heat absorption and release—while preserving latent heat capacity.

The result is more efficient thermal regulation, improved system responsiveness, and enhanced energy performance across demanding environments.
Nano-enhanced PCMs provide measurable improvements in energy efficiency, temperature stability, and system durability—supporting both infrastructure and mission-critical applications.

Thermal Management in Buildings:

Integration into wallboards, ceilings, flooring, and roofing systems

Stabilized indoor climate control

Reduced energy consumption from HVAC and hot water systems

Improved overall building energy efficiency
Thermal regulation and cooling of electronic systems

Heat sinks and heat exchangers

Industrial and process waste heat recovery

Food storage and transport systems

Solar energy capture and conservation

Other high-demand thermal management environments

Electromagnetic Interference (EMI) Shielding

Novum Nano is developing an ultra-thin, lightweight, and highly flexible polymer nanocomposite coating designed for advanced electromagnetic interference (EMI) shielding. Engineered with highly aligned carbon nanotubes for superior electrical conductivity and integrated magnetic nanoparticles for electromagnetic wave absorption, this material delivers both shielding and absorption in a single, scalable solution.

The result is a next-generation alternative to traditional metal-based shielding—reducing mass and volume while maintaining high-performance electromagnetic protection.
Modern defense systems depend on resilient electronic infrastructure. Novum’s advanced EMI shielding materials support:

Protection against electromagnetic pulse (EMP) events

Radar-absorbing materials (RAM) for stealth and signature reduction

Lightweight shielding solutions for aerospace and space platforms

Enhanced survivability of mission-critical electronics in contested environments
As electronic density increases across industries, advanced EMI protection becomes essential. Applications include:

Radio communication systems

Wearable and wireless communication devices

Electronic circuit shielding across industrial and consumer platforms

Protection for low-orbit satellite electronics

Microwave absorption and signal management systems

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