Armi® nano coating for solar panels AGS10 is a new hi-tech nanoengineered protective layer developed with a purpose of application on the surface of solar panels, namely the glass. It is a thin, transparent and durable hydrophobic coating that increases the transmittance of light, reduces soiling and increases energy efficiency. The hybrid nature of the coating, which relies on siloxane polymers, graphene, and fluorinated silica, combined with functional epoxy binders, provides the best UV protection, anti-static properties, and extended resilience in the outdoor conditions.
The self-cleaning and anti-reflective characteristics, ensure sustainability of solar panel output by ensuring there is no dust on it, or water streaks and other organic deposits.
Product Features
- High Transparency and Anti-Reflective: Traffic >95% optical transmission.Hydrophobic and Oleophobic Repels water and oils and environmental pollutants.
- Anti-Static & Dust-Repellant: Reduces dirtiness and cleaning rate.
- UV & Weather Resistant: Resistant to long term exposure to UV, humidity and temperature changes.
- Anti-Microbial/ Anti-Algal: It prevents biofilm on outdoor glass.
- Self-Cleaning Performance: Minimizes handwork.
- Flammable or Hazardous: Hazardous: Unsafe to use and handle.
- Better Productivity: Power generation of solar panels is improved by 3-6 percent with time.
- Long-Term Durability: Has a maximum useful life of 3 years under normal exposure.
When ARMI® Solar Glass (SiO₂ surface) is treated with our nano coating for solar panels, the advanced Graphene-infused formula ensures superior surface protection. The coating molecules of organosilane react with hydroxyl (OH) groups on the glass to form a durable siloxane (Si–O–Si) bond, creating a strong and long-lasting protective layer. This innovation not only enhances light transmittance but also makes the surface ultra-smooth and hydrophobic—minimizing dust and dirt buildup. As a result, it reduces the need for frequent maintenance and works perfectly as a solar panel cleaning solution, ensuring maximum efficiency and extended panel life.
Reaction:
≡Si–OH (glass)+R–Si–OR’ (coating)→≡Si–O–Si–R+ROH\text{≡Si–OH (glass)} + \text{R–Si–OR’ (coating)} \rightarrow \text{≡Si–O–Si–R} + \text{ROH}≡Si–OH (glass)+R–Si–OR’ (coating)→≡Si–O–Si–R+ROH
The polymeric matrix then cross-links with graphene nanosheets via π–π and hydrogen bonding, creating a stable nanocomposite network.
Hydrophobic –CH₃ groups orient outward, lowering surface energy and producing superhydrophobic, anti-soiling, and antimicrobial properties.
Result:
Strong covalent adhesion + hydrophobic surface + graphene antimicrobial action → cleaner, efficient, and longer-lasting solar panels.
In summary:
- Covalent bonding (Si–O–Si): Anchors the coating to glass.
- Nanocomposite network: Strengthens and stabilizes the layer.
- Hydrophobic surface groups: Create self-cleaning and anti-soiling effects.
- Graphene activity: Adds antimicrobial , ANTISCRATCH,and conductive benefits.
Revolutionary Protection for Solar Panels
ARMI® AGS10 is a sophisticated nanocoating using graphene that has been developed to work on solar glass. It is a coated layer of dust, water, oils, and contaminants resistant, transparent, and thin, which makes the solar panels cleaner, more efficient, and more durable. Its alternative formula of siloxane polymers, graphene, fluorinated silica, and functional epoxy binders provide better UV protection, anti-static and outdoor tensile values.
Key Features
- High Transparency & Anti-Reflective: Has >95 percent light transmission.
- Hydrophobic/ Oleophobic: Water, oils, and grime.
- Anti-Static & Dust-Repellent: How often it is cleaned is minimized.
- UV and weatherproof: Beats off the boiling sun, humidity, hot weather.
variations
Anti-Microbial & Anti-Algal: Prevents biofilm formation
- Self-Cleaning: Minimizes maintenance requirements
- Safe & Non-Hazardous: Non-flammable and easy to apply
- Performance Boost: Increases energy output by 3–6% over time
- Long-Term Durability: Effective for up to 3 years under normal conditions
How It Works
Armi® 10 AGS10 forms strong covalent bonds (SiO2Si) with the surface of the glass when it is used on solar glass. The polymeric mesh is cross-linked with graphene nanosheets forming a strong layer of nanocomposite. Exposed hydrophobic -CH 3 groups reduce surface energy, and, thus, produce superhydrophobic, self-cleaning, and anti-soiling panels. Graphene provides antimicrobial, anti-scratch, and conductive properties.
The graphene nanosheets are then cross-linked to the polymeric matrix to form a stable network of nanocomposites through π π and hydrogen bonds.
The Result:
- Good Adhesion: Bonding is done by covalent bond.
- Nanocomposite Layer: Stable and stronger.
- Self-Cleaning & Anti-Soiling: The panel sustains efficiency.
- Graphene Strengths: antimicrobial, antiscratch, conductive.
Maximize Solar Panel Efficiency. Minimize Maintenance. Protect Your Investment.
