Stylized illustration of a milk carton, highlighted against a dark background with a glowing effect.

Packaging

Graphene's impermeability to gases and water positions it as a breakthrough material for the development of eco-friendly packaging solutions, ideal for preserving the freshness of household items

We specialize in the development of graphene materials suitable for the development of high-performing packaging solutions.

Make your packaging eco-friendly with graphene materials

Two purple milk cartons with brown labels, one taller and one shorter, both featuring screw-top caps, set against a dark background with a glowing effect.

Graphene excels at blocking gases and water, making it a top choice for more sustainable food and product packaging.

By using graphene to coat packaging materials, food and household items can be kept fresh for longer by preventing air and moisture from getting in or out.

Graphene could even take over for aluminum in some packaging, offering a barrier that’s just as good while being lighter, easier to recycle, and cheaper to transport.

Learn more about the different routes to create packaging materials with commercially available graphene in our Insight article.

A row of colorful beverage cartons, including milk and juice, lined up diagonally with various labels and designs, set against a dark background with a reflective surface, creating a visually striking effect.

Ready to learn more?

Reach out if you would like to discuss your idea with one of our experts or test our graphene materials for packaging applications!

Icon representing Sustainable Development Goal 12: Responsible Consumption and Production. It features the number 12 and the text "RESPONSIBLE CONSUMPTION AND PRODUCTION" at the top, with a white infinity symbol on a golden background.

Supporting SDG 12

The integration of graphene into packaging can lead to the development of materials that are stronger, lighter and highly recyclable, aligning with SDG 12, Responsible Consumption and Production. This advancement has the potential to significantly reduce waste by enhancing the recyclability and durability of packaging solutions.