= Graphene Composites
TLC's unique process mixes graphite directly with the resin to make graphene composites. We break the cost barrier for using graphene in plastics.
By using covalent bonding for graphene flakes and resin molecules, we can produce a 200% to 500% increase in tensile and flexural moduli.
= Superior Products
Let TLC 's graphene composites help your products excel in the market place.
TLC Patented Technology
Changing the Future of Graphene Composites
Rutgers: Graphite to Graphene PMC
G-PMC Mechanical Properties
Low-Cost Graphite Makes Graphene Composites Affordable for Many Plastic Applications
There’s an opportunity to re-think every aspect of the passenger vehicle to replace metal and traditional composites with stronger, lighter composites to save energy while maintaining safety.
Construction & Engineering
Increase robustness and durability of materials leading to reduced weight and costs
Shipbuilding & Paints
Replace traditional heavier metal or traditional materials with more robust, lightweight materials for parts or even in coatings to aid in resistance to seawater corrosion, yielding in extended service life.
Fueling the space and satellite race with superior, lightweight materials with all the benefits of graphene.
Incorporating graphene into the design of sports gear will create lighter yet more resistant equipment to combat against everyday wear and tear in all environments and temperatures, leading to longer-lasting sports equipment for your customers.
Tires and Shoes
Like sports equipment, graphene's ultra-high conductivity can be used in tires to improve fuel efficiency from rolling resistance, as well as providing a better grip for performance in running shoes.