Heat generation

Energy efficiency:
Graphene is an excellent electrical conductor. Integrating graphene in the form of inks or pastes into a multilayer film of polymeric films enables more efficient heat dissipation, meaning that electrical energy is converted into heat extremely efficiently.

Temperature control:
By adjusting the electric current flowing through the GTSA film, it is possible to fine-tune the amount of heat generated. This is particularly useful in applications requiring precise temperature control.

Uniform heat distribution:
‍The properties of graphene, combined with the flexibility of the polymer film, enable uniform heat distribution across the entire surface of the GTSA film. This can be beneficial in avoiding unwanted hot spots or temperature gradients.

Heating applications:
‍GTSA film can be used in a variety of heating applications with outstanding energy performance.

Printed electronics :
GTSA film can be used in printed electronics technologies, enabling cost-effective, scalable manufacture of electronic components.

Fast response:
‍GTSA film produces heat almost instantaneously when electric current passes through the material, the material can provide rapid heating in response to a command.

Small footprint:
‍Thin, flexible GTSA films can be integrated into tight spaces or complex shapes, enabling easy integration into a wide range of applications.

Durability:
Graphene is a durable and resistant material, giving the GTSA film very good resistance to wear and degradation, thus increasing the useful life of the heating solution.