Global offshore wind energy construction enters a peak period in 2026. Wind turbine tower steel structures operate in harsh C5 marine environments all year round, facing continuous high-concentration salt fog, strong ultraviolet radiation, and tidal alternating wet and dry erosion. Ordinary industrial coatings age and peel rapidly within 5–8 years, leading to high offshore maintenance costs and affecting wind power stable generation.

FLDC customized four-layer C5-grade professional anti-corrosion and weather-resistant system exclusively for offshore wind turbine towers:

1. High-purity epoxy zinc-rich primer: Provide reliable cathodic protection for tower steel substrate

2. Epoxy micaceous iron oxide intermediate coat: Form dense physical barrier to block salt ion penetration

3. High-solid weather-resistant reinforcing layer: Buffer marine climate stress

4. Fluorocarbon topcoat: Ultra-strong UV resistance and long-term color retention

Core Advantages:

✅ Fully compliant with ISO 12944 C5 marine heavy anti-corrosion standard

✅ Resist long-term coastal salt fog erosion and strong sun aging

✅ Excellent flexibility, adapt tower micro-deformation without cracking

✅ 20+ years outdoor service life for offshore wind farms

✅ Reduce offshore hoisting and re-coating maintenance costs significantly

FLDC wind power anti-corrosion system has been widely applied in European and Southeast Asian offshore wind projects. Contact us for third-party test reports and project cases.