- Graphene allows the heat in certain systems to be delivered quickly in a horizontal direction due to its tremendously fast electron mobility.

- Next-generation displays such as micro LEDs and flexible displays create a demand for heat dissipation. Demand for heat dissipation paste is also increasing rapidly in non-memory semiconductors.

- The heat dissipation properties of graphene can be applied variously to the interior and exterior materials for vehicles & construction, functional coating materials and so on.

- BESTGRAPHENE is already developing the graphene heat dissipation paste for high-power displays through a government-funded R&D project. 

- Graphene has an extraordinarily high electrical and thermal conductivity.

- Conductive graphene ink and paste can be used for a wide range of applications including sensors, electrodes in passive components, automotive, or aerospace.

- It is essential to apply compatibility to each industry with a customer system (materials, processes, equipment).

- BESTGRAPHENE has differentiated technology on the graphene functionalization and composition design that customers need. This makes it possible to provide graphene technology that is optimized for customer systems.

- We provide a segmented product line that is suitable for customer needs.

  (Feel free to contact us when you are ready to get started) 

- Anti-static ink for ESD protection.

- Static electricity can be delivered quickly in a horizontal direction, which can be relieved due to a tremendously fast electron mobility in graphene.

- We can maximize the anti-static effect by using graphene or an ink or sol type coating ssolution that contains it.

- UCMG can be coated very thinly (sub-micron level) on a specific substrate without a binder to achieve the anti-static performance.

- If there is no dependence on the thickness and a strong adhesion is required, you can use an ink type product (BGI) containing a binder.