WHY PARTNER WITH US?
Proven Technology
First-to-Market Advantage
NO-infused skincare is an emerging multi-billion-dollar
opportunity.
Customizable & Scalable
Whether a boutique brand or a large enterprise, we tailor solutions to
fit your needs.
Regulatory Compliance & Quality Assurance
We ensure strict product testing and full
regulatory support for market entry.
LET’S CREATE THE FUTURE OF SKINCARE TOGETHER!
OUR COMPETITORS
L-Arginine – The Traditional Approach
L-Arginine is commonly used in cosmetics as a precursor to Nitric Oxide (NO) to enhance skin performance. It plays a role in:
BUT:
It only works if the skin is young and healthy
In older individuals or those with health conditions, it fails to generate enough Nitric Oxide
Its effectiveness depends on the body’s natural conversion process
REVOLUTIONIZING SKINCARE WITH NITRIC OXIDE (NO)
Boosts Collagen Production
– Up to 300% increase, reducing fine lines and wrinkles.
Enhances Hydration & Skin Barrier
Increases moisture retention by 25%.
Eliminates Bacteria Naturally
NO is a powerful antimicrobial, removing 99.9% of acne-causing bacteria, replacing artificial preservatives.
Accelerates Healing & Skin Regeneration
Reduces inflammation and speeds up recovery by 50%.
care for skin
– Unlike L-Argininebased NO production, our NO is directly infused, ensuring faster penetration and maximum efficacy.
UNMATCHED PLASMA TECHNOLOGY:
Our company is using Gliding Arc Plasma (GAP) technology is an advanced and highly efficient method for generating Nitric Oxide (NO)from air and
electricity.
Key benefits of using Gliding Arc Plasma for NO generation:
High Energy Efficiency
Gliding arc plasma consumes just ~1-3 kWh/kg NO, making it far more energy-efficient than traditional NO synthesis. Its non-equilibrium process directs energy into chemical activation rather than system heating, minimizing waste.
Atmospheric Pressure Operation
Unlike Haber-Bosch or Birkeland-Eyde, GAP runs at ambient pressure, eliminating the need for complex containment systems— making it safer, simpler, and more costeffective.
Direct Air-to-NO Conversion Without Ammonia
Traditional NO production relies on fossil-fuelbased ammonia, while gliding arc plasma generates NO from air, reducing environmental impact.
Scalable and Modular Design
GAP reactors are scalable for both industrial and small-scale NO production, with modular units enabling flexible expansion.
Environmentally Friendly and Carbon-Free Process
Powered by renewable electricity, GAP produces zero CO₂ emissions and significantly reduces N₂O emissions, making it a sustainable alternative to fossil-fuel-based nitrogen fixation.
Cost-Effective Alternative to Industrial NO Production
Gliding arc plasma enables rapid NO formation with high efficiency, unlike silent discharge plasma, which has lower reaction rates. It ensures a stable and continuous production process.
Faster Reaction Kinetics and High Conversion Efficiency
Traditional NO production relies on fossil-fuelbased ammonia, while gliding arc plasma generates NO from air, reducing environmental impact.
PROCESS STEPS FOR NITRIC OXIDE (NO) GENERATION AND
ITS INTEGRATION INTO SKINCARE PRODUCTS
The innovative Gliding Arc Plasma (GAP) technology enables the direct production of Nitric Oxide (NO) from air, which is then incorporated into
skincare formulations using advanced dispersion techniques.
Step-by-step breakdown of the process
Plasma Formation
- Ambient air (N₂ + O₂) is passed through a gliding arc plasma reactor.A high-voltage electric field creates a plasma arc, which excites nitrogen and oxygen molecules.
Nitrogen Oxide Formation
- Plasma breaks N₂ and O₂ into reactive species.These species recombine to form NO: N₂ + O₂ → 2NO.Gliding arc plasma ensures high efficiency and a stable NO output.
Controlled NO Extraction & Stabilization
- The generated NO gas is separated and purified from the plasma system.Innovative gas handling and cooling techniques ensure optimal NO concentration levels are maintained.
Scalability & Continuous Production
- Scalable process allows continuous NO production with low energy and zero carbon footprint.NO is integrated into skincare using novel dispersion techniques.
NO Gas Capture & Encapsulation
- Fresh NO gas is added to a liquid-phase skincare base.Encapsulation techniques, like lipid carriers, stabilize NO molecules.
Homogeneous Dispersion in Skincare Media
- This ensures uniform NO distribution, preventing aggregation or loss of activity over time.
Stability & Longevity Enhancement
- NO carrier systems (hydrogels, lipid nanoparticles, or gas infused emulsions) enable slow release for prolonged activity.Antioxidants and stabilizers prevent NO degradation, extending shelf life.
Final Formulation & Product Development
- NO-infused skincare is enriched with active ingredients.Stability testing ensures consistent NO release and efficacy.