Global distributed PV and energy storage projects expand rapidly in 2026. Outdoor energy storage steel containers operate all year under alternating high temperature, cold weather, industrial dust and saline soil erosion. Ordinary single-layer paint will fade, blister and rust within 3–5 years, increasing operation and maintenance costs of energy storage power stations.

FLDC develops exclusive full-set anti-corrosion coating system for onshore PV energy storage containers, adapting inland industrial areas, suburban saline land and plateau strong UV environments.

Complete three-layer matched coating system:

1. Epoxy Zinc-Rich Primer (60% Zinc Content): Provides cathodic anti-rust protection for steel base plate
2. Epoxy Micaceous Iron Oxide Intermediate Coat: Dense barrier to block dust and moisture penetration
3. National Standard Fluorocarbon Topcoat: 213 adjustable colors, excellent UV & dust pollution resistance Core Advantages: ✅ Resist temperature alternating from -30℃ to 60℃ without cracking or peeling ✅ Anti-industrial dust, saline soil and light salt mist erosion ✅ Fluorocarbon finish achieves 18 years outdoor service life ✅ Fast-drying formula shortens container prefabrication cycle ✅ Custom color matching for energy storage brand appearance

Our energy storage container coating system has been exported to Southeast Asia, Europe and Australia new energy EPC contractors. Contact technical team for free technical sheet and project quotation.