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Graphene-based radiant floor heating: the next generation of underfloor heating
Thinner, faster to heat up, and far more energy-efficient than water-based or resistance-wire systems, graphene floor heating is redefining thermal comfort in buildings. Discover its performance, benefits, and practical applications.

Thermal Conductivity of Graphene: Why This Material Is Revolutionizing Electric Heating
With a thermal conductivity of up to 5,300 W/m·K, graphene outperforms all known materials in terms of heat dissipation. Discover how this property is transforming electric heating with graphene-printed heating films.

Optimizing Wind Turbine De-icing: The ABF™ Graphene Heating Film Innovation
Wind turbine blades exposed to extreme cold can lose up to 20% of their efficiency due to ice buildup. Thanks to the ABF® graphene heating film, de-icing is fast, uniform, and energy-efficient, ensuring continuous power generation even under the harshest weather conditions.
FAQ
Graphene is often touted as a revolutionary material, but what exactly is it? The label of "miracle" material stems from graphene’s unique and exceptional properties, which, however, have yet to be harnessed in a way that is suitable for industrial-scale production.
These properties correspond to those of a single-atom layer of graphene deposited via chemical vapor deposition processes involving specific pressure conditions that generate significant costs, making its industrialization—and thus its widespread adoption under economically viable and acceptable conditions—difficult.
At GRAPHENATON Technologies SA, we have designed and developed a technology that allows us to benefit from the properties of graphene while freeing us from the constraints of deposition. This technology consists of printing graphene inks onto polymer films.
These inks contain multilayer graphene particles which, after deposition and treatment, do not exhibit the same properties as the monolayer deposited by CVD, but remain superior to those of reference materials. And this is achieved through industrializable and cost-effective printing techniques.
In other words, while the single-atom layer of graphene offers performance rated at 10 at a cost of 10, the printed layer has reduced performance of 5 but is perfectly suited to our applications, at a much lower cost of 1. By way of comparison, the properties of the materials traditionally used in our three applications are rated at 1 and 3, respectively.
Our graphene films are primarily used in energy production (add applications for each category and reorder them: heating, storage), energy storage, and heating systems.
The answer is simple: using graphene to enhance solutions—particularly heating solutions—by leveraging graphene’s properties. So-called “equivalent” solutions often boil down to products containing only carbon, which are much easier to develop but far less effective.
Thanks to graphene’s exceptional properties, particularly in terms of electrothermal conversion, our films naturally exhibit radiant heating capabilities that are uniform across their entire surface and free of thermal lag, ensuring efficient heating without significant temperature gradients—a hallmark of energy efficiency.
We work with a variety of industries to develop customized solutions based on our industrial clients’ specifications. Whether for energy storage and generation or heating systems, our films can be tailored to meet the specific needs of our clients.
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