Coatings
Graphene Applications for Enhanced Durability
Graphene enhances coatings across multiple performance dimensions - including electrical conductivity, thermal management, anti-corrosion, gloss retention, and durability - while enabling lighter, thinner formulations at low loading levels.
MARKET OVERVIEW
Coatings protect substrates from wear, corrosion and other environmental damage. By forming pathways that block diffusion of corrosive agents such as water, oxygen, and chemical agents, our pristine graphene delivers barrier properties that extend asset life and dramatically reduce maintenance cycles.
$200 BILLION MARKET SIZE
The coatings market encompasses a wide range of applications and sectors, including:
- Automotive Coatings
- Industrial Coatings (such as protective coatings for metal, machinery, and equipment)
- Wood Coatings
- Marine Coatings
Features and Benefits of Coatings with Graphene
Enables efficient dosing at low loading levels due to small lateral size, delivering strong performance while allowing thinner, lighter coatings without compromising protection.
Forms a conductive network within the coating at low loading levels, providing tunable electrical properties from anti-static to conductive – reducing the risk of electrostatic discharge in sensitive electronic, industrial, or explosive-risk environments.
Dissipates heat efficiently through high thermal conductivity, supporting better thermal management in coated components.
Forms a dense barrier within the coating, blocking the diffusion of moisture, oxygen, and corrosive elements to the substrate, while added mechanical strength helps the barrier stay intact and extends protection over time.
Preserves surface gloss over time, outperforming standard PU topcoats in maintaining a like-new finish – even under prolonged weathering exposure.
Reinforces the coating at a structural level, improving resistance to wear, abrasion, and impact – extending the lifespan of coated surfaces across demanding applications.
Fractal Graphene Enhancement
