Thermal Conductive Coatings

Market


One of the current interests in graphene-based coatings is related with their capacity of conduct thermal energy produced somewhere else. This is extremely useful in high-performance thermal management industry, from the air-conditioners manufacturers to the heat-exchangers process engineers.

Solution


A graphene-based coating allows a better heat dissipation and opens the possibility to additively generate thermally conductive pathways.

Product Used


Premium Graphene Nanoplatelets

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Examples of Product Applications

Heat sinks for CPU’s

Air Conditioners

Advantages of Graphene Application

Conductivity:

Graphene is a great conductor of electricity and heat due to its nanometric thickness allowing electrons and heat move up to 200x faster

Strength:

Graphene is 100+ stronger than steel. You can use it to reinforce polymers or fiberglass and carbon fibre.

Lightness:

Graphene is lightweight material and enables a new whole generation of high performance of lighter and stronger composites.

Transparency

As a two-dimensional material, graphene displays remarkable optical properties, including a simple transparency for visible light.

Thin

Graphene is an allotrope of carbon consisting of a small number of layers of carbon atoms arranged in an hexagonal lattice. Each layer is separated from another only by 0.33 nanometers.

Hydrophobicity

Graphene has excellent hydrophobicity capacity that can be used to tailoring special coatings in marine, aerospace, automotive markets.

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Explore our products

Graphenest offers distinct graphene nanoplatelets (GNP) grades with varying sizes up to 50 microns. GNP are awesome nanoparticles comprised of stacks of platelet-shaped carbon sheets.

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Explore our applications

With its own graphene production system, Graphenest is developing cutting-edge applications that were cost-prohibitive before for the automotive, aerospace and packaging markets.

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