Contact Angle
ASTM D7334
Hydrophobic contact angle up to ~105°.
A high-performance transparent SiO₂ nanotechnology coating that bonds with the panel glass and creates advanced hydrophobic, oleophobic, anti-soiling and self-cleaning properties — for maximum light transmittance and improved power generation.
Real-world output gain
60W → 80W
Observed power output improvement under IEC 61215 principles.
Tested · validated · certified
Contact Angle
ASTM D7334
Hydrophobic contact angle up to ~105°.
Light Transmittance
ASTM E903
Enhanced light transmittance up to ~90.85%.
Soiling Loss
IEC 61724-1
Reduced dust & soiling losses observed.
Performance Validation
IEC 61215 principles
Power output improvement from 60W to 80W.
The technology
The nanocoating forms a strong molecular bond with the solar panel glass surface, creating advanced hydrophobic, oleophobic, anti-soiling and self-cleaning properties. It prevents dust, dirt, pollution, bird droppings, oily contaminants and salt deposits from adhering to the surface — ensuring maximum light transmittance and improved power generation.
Cleaner panels maintain higher operational efficiency and generate more electricity over time — while reducing performance losses from environmental contamination.
Advanced nanotechnology engineered for cleaner panels, higher efficiency, lower maintenance and maximum solar energy generation.
Tell us about your installation size, environment and current cleaning schedule — we’ll show you the projected output gain and lower lifecycle cost.