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Last updated February 1, 2026
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Porous ceramic vaporization core: BYDRecent Research Landscape

Inconsistent aerosol density and leakage lead to poor user experience and product waste. Engineering the microstructure and thermal properties of the vaporization core ensures precise liquid transport and uniform heating.

What technical problems is BYD addressing in Porous ceramic vaporization core?

Inefficient liquid phase transition

(63)evidences

Fluctuations in liquid transport and heating efficiency lead to irregular vapor production. Stabilizing the vaporization rate ensures uniform dosage and prevents dry hits.

Inconsistent aerosol thermal distribution

(49)evidences

Non-uniform heating across porous ceramic structures leads to localized overheating and inefficient aerosolization. Achieving thermal homogeneity prevents material degradation and ensures consistent vapor quality.

Inconsistent aerosol delivery

(21)evidences

Unstable vaporization rates and non-uniform heating lead to poor user experience. Stabilizing output ensures predictable nicotine or flavor delivery.