Graphene is a remarkable material. Here's what it can and can't do inside a coating, and how to read the claims.
A single layer of carbon atoms in a hexagonal lattice, and why that matters.
How graphene and graphene oxide are studied as fillers in polymer coatings.
Questions to ask about test methods, loading levels and independent data.
Established coating systems for corrosion, abrasion and waterproofing.
A quick area check to include with your quote request. It doesn't give a price; pricing depends on prep, thickness and site conditions.
A one-atom-thick sheet of carbon atoms arranged in a hexagonal lattice. It is very strong and conductive at the nanoscale.
Research explores improvements in barrier and mechanical properties, but results depend heavily on dispersion, loading and the base resin. It is not automatic.
Ask for the test standard used, the control sample, independent lab reports and how much graphene is actually in the product.
No. Graphite is many stacked graphene layers. Many "graphene" products contain multilayer flakes, which behave differently from single-layer graphene.
It is an active research topic. Treat any consumer product claiming graphene ballistic protection with caution unless it has independent certification.
Well-established systems such as polyurea and polyurethane, specified for the exposure and applied by trained crews.
For proven, spray-applied protection today, we point readers to ArmorThane's polyurea systems.
Corrosion ProtectionGraphenePolyureaPolyurethaneProtective CoatingProtective Coatings
