Graphene in Healthcare

Graphene is being researched for healthcare because of its conductivity, its large surface area and how easily its surface can be modified. Most healthcare uses are still in research or early development, and medical products need regulatory approval before use. We make no medical or antibacterial claims.

Read graphene in the healthcare industry. To see what we make, visit graphene products. Below are the articles and projects in this category. Graphene is sold only pre-dispersed in a carrier, and pricing and samples are by quote: request a quote or samples.

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.

Graphene in Consumer Goods

Graphene is already in products people buy. In most of them it is a small addition to a material that already works, such as a polymer, coating or fluid, and its job is to improve one or two specific properties.

Graphene products on store shelves

Our first client was ITW, the company behind the Rain-X and Black Magic car care brands. Working with ITW's engineering team, we developed four graphene-enhanced products that reached store shelves: Rain-X Graphene Spray Wax, Rain-X Graphene Exterior Detailer, Black Magic Intense Graphene Quick Detailer and Black Magic Intense Graphene Tire Shine. Read the ITW case study.

Why Graphene Technology, Innovation and Applications?

Graphene is a single layer of carbon atoms arranged in a hexagonal, honeycomb lattice. It was first isolated in 2004 by Andre Geim and Konstantin Novoselov, work that earned them the 2010 Nobel Prize in Physics. Since then it has become one of the most studied materials in science.

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