Graphene Electronics

Graphene electronics covers the use of graphene's electrical and thermal conductivity in electronic materials, such as conductive inks, shielding and heat spreading. Our electronics work is at the research stage, and we look for partners who want to test graphene in their own materials.

Read graphene in electronics and graphene in the electronics industry. For a product-stage thermal application, see our data center coolants. Below are all items tagged Graphene Electronics. Graphene is sold only pre-dispersed in a carrier, and pricing and samples are by quote: request a quote or samples.

Develop the application around a measurable function

Graphene’s scientific properties suggest useful research directions, but a material result is not a finished-device approval. Define the required function and choose a carrier-compatible sample and formulation-specific dose; keep a matched baseline and characterize the final material, not just the starting graphene.

Evaluate potential resource benefits over the same delivered function: actual production yield, manufacturing and operating energy, maintenance, replacement and end-of-life, including additive and carrier. The next useful step is an application trial with measurable acceptance criteria, not an assumed carbon-saving percentage.

Research / measurement reference · Continue with the application guide

Graphene Manufacturing Made in America

Graphene has remarkable properties in the lab, but it only helps a product when it is evenly mixed into the material. Getting that mixing right is the hard part, and it is what we focus on at Graphene Integrations.

What we do

We make graphene and infuse it into the liquids manufacturers already use: water, solvents, resins and oils. Customers get ready-to-use graphene dispersions, concentrates and additives that fit into their existing processes, instead of a dry powder that is hard to handle and mix.

Made in the USA

Our operation, from research and development to production, is in the USA, based in Charlotte, North Carolina. Keeping it in one place lets us control quality from the graphene to the finished dispersion, and work closely with US manufacturers on samples, testing and scale-up.

Graphene Integ… , 30.03.2024 | Posted in
Aerospace, Automotive, Construction, Consumer Goods, Defense, Electronics, Energy, Environmental, Healthcare, Sports Equipment, Telecommunications, Textiles

Graphene in the Military

Defense applications need materials that are strong and light, and that hold up in harsh conditions. Graphene is studied as an addition to the polymers, fibers and composites used in protective gear, vehicles and equipment.

Graphene Integ… , 11.04.2024 | Posted in
Defense
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