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Nano Coating for Solar Panels

Protect photovoltaic panels with an advanced hydrophilic nano coating engineered to reduce dirt accumulation, support higher light transmission, and help improve solar panel efficiency by up to 8%.

  • Self-cleaning hydrophilic technology
  • Helps improve solar efficiency by up to 8%
  • Reduces dirt, dust, fogging, and water stains
  • Transparent, invisible protective layer
  • Up to 5 years durability
  • Long-term outdoor weather resistance
  • Lower cleaning frequency and maintenance costs
  • Suitable for residential and commercial solar systems

From 29,90 

Solar panels gradually lose performance when dust, pollution, water spots, and organic contamination reduce sunlight transmission across the glass surface.

Percenta® Nano Coating for Solar Panels creates an ultra-thin hydrophilic protective layer designed to help keep solar panel surfaces cleaner for longer. Instead of allowing contaminants to strongly adhere to the glass, the coating improves water spreading behavior so rainwater can naturally help wash away dirt and dust.

The result is improved surface clarity, reduced cleaning frequency, and more stable solar energy performance across residential, commercial, and industrial photovoltaic systems.

Unlike temporary cleaners or silicone-based treatments, the coating bonds directly to the glass surface while remaining completely transparent and invisible after curing. It does not create haze, greasy residue, or visible film layers that could interfere with panel appearance or light penetration.

Key Benefits of Nano Coating for Solar Panels Percenta ®

  • Self-Cleaning Surface Performance: Rainwater helps wash away dust and loose contaminants before heavy buildup forms.
  • Supports Higher Solar Efficiency: Cleaner glass surfaces allow more efficient sunlight transmission, helping photovoltaic systems maintain performance levels and achieve efficiency improvements of up to 8%.
  • Hydrophilic Protective Layer: Water spreads evenly across the surface to reduce spotting and residue accumulation.
  • Reduced Maintenance Costs: Lower dirt accumulation helps reduce cleaning frequency and long-term maintenance requirements.
  • Long-Term Outdoor Durability: Engineered for demanding outdoor exposure with protection lasting up to 5 years under normal conditions.
  • Compatible with Modern Solar Systems: Suitable for residential rooftop systems, commercial photovoltaic installations, and industrial solar farms.

Where can the Nano Coating be used?

  • Residential rooftop solar systems
  • Commercial photovoltaic installations
  • Industrial solar farms and large-scale energy projects
  • Facility management maintenance programs
  • Off-grid solar systems
  • Solar glass surfaces
  • Renewable energy infrastructure

Whether managing a single rooftop installation or a large-scale photovoltaic project, cleaner panel surfaces help support long-term operational efficiency and reduced maintenance effort.

Order Percenta ® Nano Coating for Solar Panels today.

Protect your photovoltaic system with advanced nano coating technology engineered for cleaner panels, and long-term renewable energy performance.

How It Works and What to Expect

Nano Coating for Solar Panels Percenta ®

How does the Nano Coating work?

The coating uses advanced nano coating technology to create an ultra-thin hydrophilic surface layer on photovoltaic glass.

Instead of allowing water droplets to remain on the surface, the coating helps water spread evenly into a thin film. During rainfall, this behavior assists the removal of loose dust, airborne particles, and light contaminants before they accumulate heavily.

The transparent nano layer also acts as a protective barrier against:

  • Environmental pollution
  • Moisture exposure
  • Dirt accumulation
  • Water spotting
  • Organic contamination
  • UV exposure

This helps maintain optical clarity and stable solar panel surface performance over extended outdoor use.

 

Solar panels gradually lose efficiency when contaminants reduce light transmission across the glass surface.

The coating helps reduce:

  • Dirt accumulation
  • Dust buildup
  • Water spotting
  • Surface fogging
  • Pollution film
  • Organic contamination adhesion
  • Frequent cleaning requirements

It also helps maintain cleaner glass surfaces between maintenance cycles.

After proper application, the coating creates a transparent hydrophilic protective layer that helps maintain cleaner solar panel surfaces for longer periods.

Expected performance benefits include:

  • Efficiency improvements of up to 8% under suitable operating conditions
  • Protection durability of up to 5 years
  • Cleaner panels between maintenance cycles
  • Reduced dust and dirt accumulation
  • Improved water distribution across the surface
  • Better sunlight penetration
  • Reduced fogging and residue buildup
  • Easier cleaning during maintenance

Actual performance depends on environmental conditions, panel exposure, contamination levels, and maintenance practices.

Application Guide and Technical Details

How to apply the nano coating correctly?

  • Surface Preparation: Clean the surface thoroughly before application. Remove dust, grease, fingerprints, detergent residue, and contamination. The surface must remain completely dry before coating.
  • Application Process: Shake the bottle well before use. Spray evenly across the surface while following the recommended coverage rate (10 ml/sq.m). Spread the product using a thin lint-free cloth with light circular motions to create a uniform layer. Avoid over-application or excessive pressure.
  • Drying & Curing: Allow the coating to dry for at least 30-60 minutes before contact. Protect the surface from rain or water exposure during the initial curing phase. Full coating performance develops gradually over approximately 5-8 weeks.
  • Final Surface Finish: If minor residue marks appear after drying due to excessive application, gently polish the surface with a clean dry cloth. No additional protective layers are required during the protection period.

This nano coating is specifically designed for photovoltaic glass surfaces and compatible solar panel materials.

Suitable substrate materials and surface types include:

  • Tempered solar panel glass
  • Photovoltaic glass surfaces
  • Monocrystalline solar panels
  • Polycrystalline solar panels
  • Transparent exterior photovoltaic surfaces

Under normal environmental conditions, the coating can remain effective for up to 5 years. Durability depends on:

  • UV exposure
  • Environmental pollution
  • Cleaning frequency
  • Weather conditions
  • Installation angle
  • Mechanical abrasion

Proper application and surface preparation are critical for maximum longevity.

 

Recommended consumption rate:

  • 10 ml per sq.m

Practical coverage examples:

  • 100 ml = up to 10 sq.m
  • 500 ml = up to 50 sq.m
  • 1000 ml = up to 100 sq.m

Actual consumption may vary depending on:

  • Surface texture
  • Application method
  • Cloth absorption
  • Surface condition
  • Operator technique

Applying excessive product does not improve performance and may create visible residue during curing.

  • Product Type: Hydrophilic nano coating
  • Appearance: Transparent / Invisible
  • Coverage Rate: 10 ml/sq.m
  • Dilution: None
  • Application Temperature: 5°C – 30°C
  • Environmental Humidity: Below 70%
  • Initial Drying Time: 30-60 minutes
  • Full Cure Development: 5-8 weeks
  • Durability: Up to 5 years
  • Storage Temperature: 5°C – 30°C
  • Shelf Life: 24 months

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