Global offshore wind development is accelerating toward deep-sea floating platforms in 2026. Floating wind dynamic cables work in harsh splash zones with frequent tidal wet-dry cycles, strong salt fog, UV radiation and wave impact, leading to rapid coating peeling and steel corrosion if using ordinary anti-corrosion paints.

FLDC independently developed high-solid epoxy glass flake coating specially customized for floating wind dynamic cable protection. Our product adopts glass flake barrier structure with solid content over 85%, single heavy film forming, effectively reducing construction passes and shortening offshore operation cycles. It has passed DNV marine engineering certification, with neutral salt spray resistance exceeding 6,000 hours, stable performance under long-term alternating wet and dry environments.

Complete supporting coating system for dynamic cables:

1. Epoxy Zinc-Rich Primer (70–80% zinc content): Cathodic anti-rust protection for cable steel structure
2. High-Solid Glass Flake Epoxy Intermediate Coat: Core barrier layer to isolate seawater & salt mist
3. Fluorocarbon Topcoat: Ultra-weatherable finish, anti-chalking, long-term color retention

Core advantages for offshore wind EPC contractors:

✅ DNV-GL marine standard certified, compliant with global offshore wind bidding requirements

✅ High solid formula cuts on-site construction time by 40%, lowers offshore labor cost

✅ 20+ year service life in splash zone, reduces later maintenance shutdown loss

✅ Strong adhesion to cable sheath steel, no peeling under wave continuous impact

✅ Custom color matching & bulk wholesale price support

FLDC has served 73+ countries’ new energy marine projects since 2001. Contact our marine coating engineer to get customized dynamic cable anti-corrosion scheme and free sample testing.