Disruptive, Functionalized Graphene Creates Your Competitive Advantage
TMTP Unique Advantage – Few Layer, Intact Lattice, High-Purity Graphene
| ISO Definition | Monolayer Graphene - single layer of pure, unoxidized carbon atoms  | Few Layer Graphene (FLG) - material made of 2-5 stacked layers of graphene   | Multilayer Graphene (MLG) - material made of 5-10 layers of graphene  | Graphite - source material made of more than 10 layers of graphene  |
|---|---|---|---|---|
| Structural Integrity | Intact Lattice | ✔ Intact Lattice | Compromised Lattice | Intact Lattice |
| Purity | Pure | ✔ Very Low Oxidation | High Oxidation | Variable |
| Adaptability | Limited | ✔ 2-5 Layers | >10 Layers | Variable; Not Nano Scale |
| Producibility | Low | ✔ Patented | High | Mined |
| ECO Sustainability | Uses Harsh Chemicals | ✔ Uses Ice Slurry | Uses Harsh Chemicals | Uses Mechanical Milling |
Why Graphene from TMTP?
Applications of Pristine Graphene from TMTP
Experience the future of concrete with pristine graphene from TMTP solutions to enhance compressive strength, reduce CO₂ emissions, and allow for a faster cure time.
Revolutionize plastics' tensile strength and wear resistance with pristine graphene solutions from TMTP while increasing the recyclability.
Create advanced epoxies and resins with the unmatched strength, thermal stability, and chemical resistance of pristine graphene from TMTP.
Build superior batteries with exceptional electrical conductivity and mechanical strength of pristine graphene from TMTP improving energy density, charge rates, and lifespan.
Discover the future of pristine graphene-enhanced copper wire from TMTP allowing for more efficient electrical transfer while decreasing overall weight.
Pristine graphene from TMTP will allow for new standards for efficiency and sustainability increasing the efficiency and durability of both solar panels and wind turbine components.