Technology

Our technology enables superior / outstanding multifunctionality in composites

Having multiple functions in one single coating layer promises enormous savings of volume, weight and cost – as well as results in less CO2 emission and less waste generation.

FOR WHICH APPLICATIONS?

Our technology provides:
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UV resistance

Graphene coating forms a protective barrier on textile fibers, effectively shielding them against ultraviolet (UV) radiation by absorbing and scattering the harmful UV rays, reducing their penetration and potential damage to the fibers.

Fire resistance

Graphene coating acts as a thermal barrier on glass fibers, providing enhanced flame resistance by delaying melting and degradation, thereby protecting the fibers from the damaging effects of fire.

Impact resistance

The application of graphene coating on glass fiber reinforcement enhances the impact resistance of composites by providing a protective layer that disperses and absorbs energy, effectively reducing the risk of fracture or damage upon impact.

Chemical resistance

Graphene coating on fibers acts as a barrier against corrosion and degradation caused by acids, preventing direct contact and providing chemical resistance to preserve the integrity and durability of the fibers.

Moisture barrier

Graphene coating on natural fibers acts as a moisture barrier, protecting them from swelling caused by humidity and vapors, thus preserving the dimensional stability and structural integrity of the fibers.

Electrical conductivity

Graphene coating uniformly envelops each textile fiber, enabling electrical conductivity with precise control of the sheet resistance in a range from 1 MOhm/sq to 10 Ohms/sq.

Thermal conductivity

Graphene flakes wraps around each textile fiber, enhancing thermal conductivity by creating a pathway for efficient heat transfer along the fibers, enabling improved thermal conduction properties in the textile material.