Mechanically reinforced composites and concrete
Graphene can be used as an additive in other materials to enhance the mechanical properties
Enhanced properties from graphene includes:
Increased strength
Electrical conductivity
Weight reduction
Fire resistance
As well as increased durability, stiffness, flexibility and UV resistance
Use of graphene-based concrete can have a strong impact on carbon emissions through improved resource efficiency.
Use of graphene in composite materials can enable several technological improvements
Concrete & asphalt
Stronger material with improved resource efficiency
Transportation
Vehicle light weighting and anti-corrosion
Wind turbines
Anti-corrosion and erosion composites
Tires and rubber
Tires with better durability and higher performance
Marine
Anti-corrosion and chemical resistance
Aerospace
High performance composites required in space
Offshore
Harsh environment protective coatings
Industrial plants
Anti-corrosion and chemical resistance
Aircrafts
Aluminum corrosion protection and de-icing
Buildings
Better coatings for roof, cladding, building structure
Health
Anti-bacterial and antiviral coating foams
Satelites
Thermal management and light-weighting
LayerOne develops graphene oxide solutions tailor made for composites and coatings.
