The thermal conductivity of boron carbide is 121.4W/m·k at 100℃ and 62.79W/m·k at 700℃. This property enables boron carbide to maintain a stable lattice structure at high temperatures and quickly transfer heat, thus having a high thermal conductivity. In addition, the thermal conductivity of boron carbide varies from one category to another. For example, the thermal conductivity of hot-pressed boron carbide is 90W/m-k, while the thermal conductivity of pyrolytic boron carbide is 31W/m-k. These differences reflect the performance characteristics of boron carbide in different applications and its potential advantages in industrial applications.
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