NanoClean SH-Armor & IceGuard Coat -

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This series targets the major durability challenges faced by wind turbines and other exposed structures, including ice loading, dust accumulation, surface abrasion, and long-term contamination.
Two enhanced nano-polymer coatings are offered to meet different environmental and application conditions.

● NanoClean SH-IceGuard Coat YNT-PV-003
The superhydrophobic interface suppresses water-film formation, reducing ice adhesion and improving operational stability in cold and humid environments.

● NanoClean SH-Armor Coat YNT-PV-005
With high abrasion resistance, strong weatherability, and self-cleaning performance, the coating minimizes surface contamination buildup and extends the service life of wind turbine blades and other exposed components.

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Core Functions & Advantages

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Ice-Resistant
● Reduces ice accumulation: lowers ice load on equipment; tests show ice mass can be halved
● Discontinuous and thin ice layer: easily detached under external forces

Easy De-Icing
● Significantly reduced adhesion between ice and coating; stress decreased by over 120%
● Durable under cycles: maintains superhydrophobic and anti-icing performance after repeated ice formation and removal

Enhanced Material

● Extends coating service life; suitable for long-term abrasion
● Improves surface strength; resists corrosion and surface aging
Self-Cleaning

● Hydrophobic and oleophobic: suppresses dust and oil adhesion, reducing maintenance frequency

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Applications Examples

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Where to Use

NanoClean SH-Armor Coat: For wind turbine blades and towers, power transmission lines and communication antennas, aviation infrastructure, and traffic signs.

NanoClean SH-IceGuard Coat: For wind turbine blades and housings, industrial equipment enclosures, and highly exposed building surfaces.

How to Apply

Can be applied by spraying or brushing after routine cleaning.

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Performance & Testing

Test Item	Test Standard	Result
Artificial Weathering Resistance	GB/T 1865-2009	10000 h, no change in coating film
Solar Reflectance Change after Artificial Weathering		≤5%
6M NaOH Resistance	GB/T 9274-1988	3000 h, no change in coating film
6M HCl Resistance	GB/T 9274-1988	1000 h, no change in coating film
Neutral Salt Spray Corrosion	GB/T 10125-1997	1000 h, no change in coating film
Acidic Salt Spray Corrosion	GB/T 10125-1997	600 h, no change in coating film
Aqua Regia Corrosion Resistance	GB/T 9274-1988	48 h, no change in coating film
High Temperature Resistance		1100°C
Thermal Conductivity	ASTM C518	0.09 W/m·K
Tensile Strength		2500 kPa
Impact Strength	GB/T 1732-1993	80 Kg·cm
VOC Content	GB/T 34675-2017	0
Bond Strength (Adhesion)	ASTM-D3359	5B
Drying Time	GB/T 1728-1989	Surface Dry 2 h Full Cure 14 h
Coverage		26–35 m²/L
Ice Adhesion Reduction Factor		1.85
Note: The above data were obtained under laboratory conditions according to national standards. Due to uncontrollable environmental factors during actual use, no warranty is given regarding possible deviations.