Graphene Frontiers: Large Scale Graphene Thin Film Synthesis Technology, Applications and Markets (Graphene LIVE! USA 2012)

Michael Patterson, CEO
Graphene Frontiers
United States
Dec 05, 2012.


Graphene Frontiers - presentation*
Graphene Frontiers - audio*
Graphene Frontiers - video*

If you already have access, please [Login]


Presentation Summary

• CVD graphene synthesis vis-à-vis top-down methods
• CVD graphene properties and potential applications
• Market summary, sizing, timing for CVD graphene applications

Speaker Biography (Mike Patterson)

With a background in startup leadership, finance, and international operations, Patterson decided to pursue a MBA in Entrepreneurial Management at the Wharton School. It was there he was introduced to the potential of a little-known company with a cause: Graphene Frontiers. Since then, he has elevated the status of the business and helped usher along essential patents and research. Now, the company is poised for key partnerships and business application.
Mike is available to comment on a variety of issues including:
  • The widespread commercialization of technology
  • Graphene's many potential applications, including medical devices (GFETs), consumer electronics, and homeland security
  • The efficiency and resiliency of creating graphene through CVD production and transfer process
  • Securing IP, patents and other legal specs in the tech space
  • How to work toward major seed funding from the government and other sources
  • Philadelphia's vibrant nanotechnology scene

Company Profile (Graphene Frontiers)

Graphene Frontiers logo
Graphene Frontiers' production technology will enable electronics manufacturers to make high quality, low cost graphene films in production volumes for use as a transparent, flexible conductor in displays, touch screens, and thermal management solutions. The company's patent-pending atmospheric pressure chemical vapor deposition (APCVD) process solves the problems of scale and cost, and will allow companies to take their next generation mobile devices from prototype to production.
View Graphene Frontiers Timeline