Ultra-Hydrophobic Anti-Icing Coating, engineered with nano-modified natural materials, forms a superhydrophobic, self-cleaning, and anti-icing layer on surfaces through a simple spraying process. Ideal for power grids, 5G radomes, bridges, wind turbine blades, and more, it combats ice buildup, pollution, and signal attenuation caused by harsh weather.
Keywords:
Icephobic surface treatment
Self-cleaning corrosion protection
Arctic-grade coating
Product Introduction
Ice accumulation on critical infrastructure like power lines, towers, and communication systems can lead to catastrophic failures, safety risks, and costly downtime. Traditional de-icing methods (e.g., mechanical scraping, chemical agents) are labor-intensive, environmentally harmful, and short-lived. Our coating prevents ice formation, reduces adhesion by 80%, and ensures long-term resilience, minimizing maintenance and enhancing safety in extreme conditions.
Power Grids: Protects transmission lines, insulators, and towers from ice storms and pollution flashover.
5G/Radar Radomes: Prevents signal loss caused by rain/snow on antenna surfaces.
Wind Energy & Aerospace: Shields turbine blades and aircraft components from ice adhesion.
Architectural Structures: Ideal for bridges, glass facades, and steel/wood surfaces.
3+ Years Durability: Resists abrasion (300 cycles at 2.3kPa, SA=7°) and harsh environments.
Ultra-Hydrophobic Performance: Contact angle >160°, roll-off angle <2°, and Grade 1 self-cleaning to repel water, dust, and pollutants.
Anti-Icing & Snow Shedding: Delays ice nucleation, reduces ice load, and enables easy de-icing.
Chemical & UV Resistance: Withstands 1M HCl (24h), 1M NaOH (6h), salt spray (40 days), and UV aging (40 cycles).
Zero Adhesion Failure: Adhesion strength rated Grade 0 (highest standard).
Q:Does it work on curved/complex surfaces?
A:Yes! Nano-flow formulation covers 3D geometries with ≤5μm uniformity.
Q:How to repair damaged coating?
A:Spot-repair with our no full surface rework needed.
Q:Is it safe for potable water tanks?
A:NSF/ANSI 61 certified for drinking water contact.
Product Parameters
| Parameter | Performance Data |
| Thermal Stability | 150°C for 1h, SA=1° |
Simulated Rain | 45cm height, 20h, SA=1° |
UV Aging Resistance | 40 cycles* (SA=3°) |
Outdoor Durability | 100 days, SA=4.8° |
| Coating Thickness | ~15 μm |
| Spray Coverage | 375 g/m² (7–10 m² per liter) |
| Curing Time | 24h at room temperature |
| Hardness | 1H (Pencil Test) |
| Adhesion Strength | Grade 0 (Highest) |
*Each UV cycle: 4h UV light (60°C) + 4h rain (50°C).
Preparation: Shake thoroughly to eliminate sedimentation.
Spraying: Use a low-pressure, fine-nozzle spray gun for optimal atomization.
Drying: Air-dry for 1+ hour; full curing in 24h.
Packaging: 5kg plastic桶.
Shelf Life: 12 months in standard conditions.
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Our products have undergone rigorous testing at our national testing laboratory (CABR testing center co., ltd). Renowned Fortune Global 500 firms such as China Railway Group Limited, China Communications Construction Company Limited, and Sinohydro are among our esteemed clients.
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