Philip Morris Int.

Last updated April 7, 2026

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Inductive liquid aerosolization systems: Philip Morris Int.Recent Research Landscape

Inconsistent liquid delivery and thermal lag in susceptor-driven heating limit the precision of aerosol generation in electronic nicotine delivery devices.

What technical problems is Philip Morris Int. addressing in Inductive liquid aerosolization systems?

Susceptor wicking element scorching

(43)evidences

Inadequate substrate delivery and uneven heat distribution cause localized overheating, which degrades the wicking material and compromises aerosol quality.

Cartridge heat transfer inefficiency

(26)evidences

Slow thermal response and heat loss within the cartridge assembly limit the speed and consistency of liquid substrate vaporization.