HPHT introduces an advanced double-layer PVDF/FEVE coating system engineered for exceptional UV resistance, salt-spray tolerance, and long-term architectural durability.

Advancing its technical capabilities in specialized metal finishes, Zhengzhou HPHT Industrial Co., Ltd. (HPHT) has successfully developed and launched an ultra-weather-resistant double-layer fluorocarbon (Double PVDF / FEVE) coating technology. Designed to meet the stringent demands of landmark architectural projects, this high-performance system significantly enhances coating adhesion, salt-spray resistance, and ultraviolet protection for exterior aluminum surfaces.

The technical parameters of this new system are engineered around high-grade fluorocarbon formulation standards, maintaining a fluorocarbon resin content of 70% or greater in the topcoat layer. Through a precisely controlled multi-tier roller coating and thermal curing process, the double-layer structure provides a dense, chemically stable barrier that resists chalking, fading, and environmental degradation, offering an expected color and gloss retention span of up to 20 years under rigorous exposure conditions.

This technical achievement addresses the material requirements of premium construction sectors, finding immediate application in high-end building curtain walls, airport terminals, and coastal public infrastructure. By delivering superior weatherability and surface stability, HPHT establishes a robust technological profile for supplying durable materials to demanding engineering projects.

With the successful deployment of this double-layer PVDF technology, we at HPHT continue to expand our advanced coating capabilities. Providing high-durability fluorocarbon solutions enables architects and structural engineers to specify dependable metal finishes designed for long-term operational performance in challenging climates.