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Thermal Fillers
Thermal fillers define how heat moves through a formulation—while directly shaping viscosity, electrical behavior, and long-term stability. This hub covers inorganic filler systems used in thermal interface materials, adhesives, potting and encapsulation compounds, coatings, and thermally conductive plastics. Rather than pushing loading higher and sacrificing processability, effective thermal design depends on selecting the right filler family, particle morphology, size distribution, and surf
Hexagonal Boron Nitride (h-BN) Powder

Hexagonal boron nitride (h-BN, CAS 10043-11-5), developed by Kela Materials, is a layered advanced ceramic designed for systems that require efficient heat dissipation without electrical conduction. Its graphite-like crystal structure enables phonon-driven thermal transport while maintaining a wide electronic bandgap, preserving dielectric integrity in demanding environments.

h-BN is widely used as a thermal filler, solid lubricant, and release additive in polymer matrices, coatings, and high-temperature assemblies where electrical isolation, chemical stability, and long-term reliability are critical. It is especially valued in thermal interface materials and insulated electronic systems where conductive fillers cannot be used.