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Graphene Polymer Matrix Composites
Unleash the power of graphene
The quest for lighter and stronger materials is ongoing in every industry where performance is paramount to achieving life critical goals.

Composite materials are the key to reaching these performance goals and G-PMC materials from TLC Graphene Composites are the only graphene composite materials available that achieve superior graphene performance while reducing your material costs as much as 30% overall.
G-PMC - Revolutionary Graphene Technology
Until today, incorporating graphene into polymer materials has been a costly, dangerous, and time intensive process. These efforts have resulted in limited capacity and impacts on the health and welfare of production workers and the environment.

Our patented G-PMC process breaks through these barriers with a safe, clean, evironmentally friendly, and cost effective method of combining graphene with any polymer at the production capacities required to support heavy use industries.

Compared to the polymer materials alone, G-PMC materials exhibit superior strength, higher electric and thermal conductivity, and reduced gas permeation.
Graphene composites you can use today
Using G-PMC materials in place of your standard polymer will significantly improve the performace characteristics of your product, while producing an overall cost savings in raw materials.

This can be accomplished with minimal modifications to your production process.
G-PMC materials are delivered in the same bulk packaging as your other bulk polymers, in large palletized bags of pellets. They may be used directly in place of your existing polymer, whether you are extruding, casting, injection molding, or 3D printing.
TLC Graphene Composites - The future of Graphene
In order to satisfy the huge demand we are seeing for G-PMC materials, we are building a new production facility in New Jersey. Our production capacity in this facility will deliver multiple tons of material per month. A larger facility planned the following year will increase capacity ten-fold.
Watch our video to see how we "Cracked the Code"