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Graphene is globally recognized by the scientific community as the best far-infrared radiation material. The heating principle of graphene far-infrared rays is primarily based on its high electrical conductivity and large specific surface area. These properties enable graphene to efficiently convert electrical energy into thermal energy while emitting far-infrared radiation. So, what are the remarkable […]

Source: Internet Graphene’s thermal conductivity is a highly researched field, thanks to its exceptional heat conduction properties and potential applications in thermal management. At room temperature, graphene’s thermal conductivity measures between 3000–5000 W/mK, significantly outperforming pyrolytic graphite, which has a thermal conductivity of around 2000 W/mK. However, some studies suggest this value may be overestimated,

With the passing of 2024 and the arrival of 2025, graphene heating technology is developing faster and faster, and there are more and more people’s understanding of graphene heating, many businessmen publicize the power-saving effect of graphene heating equipment, and a lot of people have questions, does graphene heating really save electricity? 1. Principle of

Still Using Traditional Electric Blankets? During the cold winter months, traditional electric blankets can cause skin dryness and even constipation due to dehydration. Now, the graphene electric blanket offers a healthier and more comfortable option. Featuring advanced far-infrared heating technology that simulates the sun’s heat, the graphene electric blanket is not only warm and comfortable

Why Does Graphene Coating Have Such Excellent Corrosion Resistance? In recent years, graphene has attracted widespread attention due to its outstanding properties. As a two-dimensional material composed of carbon atoms arranged in a hexagonal lattice, graphene has shown tremendous potential in fields such as electronics and energy. More recently, it has begun to find applications