Shows enhanced humidity control in indoor environments, suggesting a scalable solution.
/g), high equilibrium water uptake (0.345 g/g), and rapid, fully reversible sorption kinetics. In a simulated indoor environment, this composite membrane reduced the relative humidity fluctuation amplitude from 25.4% RH to 13.5% RH, while maintaining excellent cycling stability. This work not only demonstrates MOF dispersion processing as a generalizable materials engineering strategy but also provides an effective framework for developing scalable, high-performance, passive humidity-regulation materials suitable for indoor environmental control.
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You et al. (2026) studied this question.
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