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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| TIM‑GRADE for AI Data Center & Power Electronics

h-BN for Thermal Interface Materials (TIMs)

Engineer-facing index for insulating thermal interface materials (TIMs) where hexagonal boron nitride (h-BN) is evaluated, organized by failures, comparison questions, and decision boundaries, each linked to one Technical Insight page.

Thermal Interface Materials (TIMs) sit between heat sources and heat spreaders/cold plates in CPUs/GPUs, AI accelerators, EV inverters/onboard chargers, and industrial power modules. These stacks are constrained by heat flux, electrical insulation, mechanical compliance, and cycling-driven reliability.

Choose the closest match below: a failure you observed, a comparison you need, or a boundary that blocks applicability.