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Heat generating paints Electrically Insulating Paints Paints for heat management
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Heat Generating Paints

Innovative thermal management with graphene technology.

Our cutting-edge heating paints, developed with graphene, provide advanced thermal management solutions for both industrial and residential applications.

Efficient Heat Distribution

Graphene’s outstanding thermal conductivity ensures uniform and effective heat distribution across surfaces.

Energy
efficiency

Low-or ultra-low voltages are needed to heat up a surface up to tens of degrees. How this work? Below a real world example

Versatile
Applications

These paints can be easily applied to various surfaces, making them ideal for a wide range of industrial and residential environments.

How does it work?

Below a real world example

The application of a low voltage to the graphene paint determines an electrical current generating heat. Thanks to graphene outstanding electrical and thermal conductivity, the heat is evenly distributed all across the surface of the paint, providing a comfortable and uniform heating experience.

Heating curve vs time

Image of heating painted substrate

Application performances

Electrodes distance

80 cm

Voltage

33 V

Electrodes length

25 cm

Current

2.81 A

Number of hands

3

Power

92.7 W

Yielde

7 m2 /Kg

Specific power

463.7 W/m2

Resistance

11.9 Ohm

Average T

45°C

Electrically Insulating Paints

Innovative thermal management with graphene technology

Unleashing the power of atomically thin hBN: A Paint that insulates and dissipates heat

Exceptional Electrical Insulation

Few-layer hBN boasts an ultra-high bandgap, exceeding 6 electron volts (eV). This translates to a near-impenetrable barrier for electrical current, making it ideal for insulating metallic surfaces (with a breakdown strength exceeding 10 MV/cm) and safeguarding sensitive electronics.

Superior Thermal Conductivity

Unlike conventional electrical insulators, few-layer hBN exhibits exceptional thermal conductivity. In its plane, it rivals materials like diamond, boasting a value of around 300 W/mK. This phenomenal property allows it to efficiently dissipate heat, keeping your components cool.

Atomically Thin
Advantage

Our atom-thick hBN is in form of flakes that are incredibly thin: just a few nanometers. This translates to lightweight and flexible coating that won’t compromise the functionality or design of even the more complex devices.

Application performances

The following performances have been obtained in test cases for different kinds of paints.

Paint type

Thickness [microns]

Breakdown Voltage [kV]

Dielectric Strenght [kV/mm]

Acrylic

100

6

60

Epoxy

60 – 200

3,3 – 10

55 – 49,5

Phenolic

50 – 190

2,5 – 3,1

48 – 16,5

Application performances

The following performances have been obtained in test cases for different kinds of paints.

Paint type

Acrylic

Thickness [microns]

100

Breakdown Voltage [kV]

6

Dielectric Strenght [kV/mm]

60

Paint type

Epoxy

Thickness [microns]

60 – 200

Breakdown Voltage [kV]

3,3 – 10

Dielectric Strenght [kV/mm]

55 – 49,5

Paint type

Phenolic

Thickness [microns]

50 – 190

Breakdown Voltage [kV]

2,5 – 3,1

Dielectric Strenght [kV/mm]

48 – 16,5

Solutions for heat managmet

Redefining Thermal Efficiency

Advanced paints that optimize heat management across a range of applications, from electronics to industrial systems.

Why Heat Management Matters

Graphene and hBN can bring their excellent thermal conducitivity to almost every coating system, making it able to efficiently transport heat across all the surface.

In this way, thermal regulation can be otmimized to protect components and to improve operational stability

Paints for Heat Management

Heat Conductive Coatings
Our specialized paints enhance thermal conductivity, ensuring efficient heat transfer in systems where temperature control is essential.

Heat Dissipating Coatings
Developed to reduce overheating, these coatings help regulate and dissipate excess heat, protecting components and improving operational stability.

Applications

Electronics

Prevent overheating of circuits and chips.

Automotive

Enhance heat dissipation in engines and battery systems.

Industrial Equipment

Improve thermal regulation in machinery for optimal performance.

Key Features and Benefits

High Thermal Conductivity

Enables precise heat transfer and control.

Customizable Solutions

Tailored formulations for specific industrial needs.

Sustainability Focus

Designed to minimize energy loss and reduce environmental impact.