Click to read our featured article on the AZO Network website!
Graphene Applications – EMI Shielding for Electronic Devices and Systems
Click to view our latest GGTV video which explains graphene's potential role in EMI shielding!
Graphene-Infused Glass Heater
This video demonstrates the heating ability of graphene-infused heater on a glass substrate. This heating ability could be useful for a wide array of applications!
Innovating at the Nanoscale
Click to read our E-book which goes in depth regarding our production capabilities as well as some of the applications we are working on!
Graphene Applications – Biosensors for Medical Diagnostics
Click to learn more about our work with graphene-based biosensors for medical diagnostics!
Graphene Applications – Thin Flexible Heaters
Click to watch the first episode in our "Graphene Applications" series which demonstrates the use of a graphene-based heater!
Two Worlds of Graphene
Click to see the latest episode on our GGTV YouTube channel! It features several employees discussing how we view the "two worlds of graphene".
GGTV – Our First YouTube Video!
Watch our first YouTube video to learn more about General Graphene Corporation and our vision for a graphene-enhanced world! It features our two founders, Vig Sherrill and Greg Erickson, speaking about General Graphene's journey and goals to commercialize and produce...
India’s First Graphene Innovation Centre to Come Up in Kerala
Graphene research continues to expand and gain traction throughout the world.
The Journey from CVD Graphene Innovation to Commercialization
We are making a big push towards the commercialization of low cost, CVD graphene. Click to read about the evolution of our mindset with regard to the commercialization and development of CVD graphene applications.
Graphene Could Replace Rare Metal Used in Mobile Phone Screens
Click here to learn more about graphene's potential role in OLED displays.
Graphene Based Scaffold Aids Peripheral Nerve Stem Cell Treatment in Diabetic Mouse Model
This article talks about a suggested new treatment for diabetic peripheral nerve injury (DPNI) that employs the use of chemical vapor deposition to create 3D graphene foam on a nickel substrate.
