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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.

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.

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.

A comprehensive comparison of lithium-ion batteries and graphene supercapacitors developed by GRAPHENATON Technologies SA. Advantages, limitations, applications, performance, and environmental impact: everything you need to know to make the right technological choice.

Solar energy production, which has long been dominated by silicon photovoltaic cells, could be transformed by a promising innovation: printed solar cells.