Graphene-Zinc Powder Primer

Product Name FLD-Graphene-Zinc Powder Primer Alias Graphene Zinc-Rich Primer, Graphene-Reinforced Zinc Epoxy, High-Performance Graphene Zinc Primer, Advanced Cathodic Protection Primer Description The FLD-Graphene-Zinc Powder Primer is a next-generation, two-component high-performance epoxy primer incorporating both zinc dust and graphene nanoplatelets as complementary anti-corrosion additives. This advanced formulation leverages the synergistic effects of zinc’s sacrificial cathodic protection and graphene’s exceptional barrier properties, electrical conductivity, and mechanical reinforcement. Graphene nanoplatelets create a dense, impermeable network that significantly reduces moisture, oxygen, and ion permeation, while also improving electrical connectivity between zinc particles – enhancing cathodic protection efficiency and reducing zinc consumption. The result is superior corrosion resistance, improved adhesion, and extended service life compared to traditional zinc-rich primers, with reduced film thickness requirements. Key benefits: Synergistic protection – zinc cathodic protection + graphene barrier enhancement. Reduced zinc consumption – graphene improves electrical connectivity, extending protection. Exceptional barrier properties – dramatically reduced moisture, oxygen, and ion permeation. Superior adhesion and mechanical strength – graphene reinforcement reduces cracking and peeling. Extended service life – outperforms conventional zinc-rich primers in salt spray and immersion testing. Typical applications: Offshore platforms, marine vessels (hulls, ballast tanks), steel bridges, chemical storage tanks, oil and gas pipelines, wind turbine towers, heavy machinery, port equipment, and any steel structure requiring long-term, high-performance corrosion protection in aggressive environments.