Husheet

Husheet Dehumidification sheet

World’s first thin dehumidification sheet coated with super desiccant polymer between breathable layers, developed by Humaster. It absorbs moisture when the surrounding air is humid, and when the surrounding air is dry, it releases moisture to maintain pleasant humidity.

Husheet is coated with Husorb between breathable layers. Husorb is a super desiccant polymer material developed by Humaster, patented in Korea and the U.S. It boasts five times the dehumidifying power of silica gel and provides over 99% deodorizing efficiency. Husorb also features antibacterial and antifungal properties, effectively removing moisture and harmful substances for a fresh environment.

Conventional desiccant materials, such as silica gel, are porous materials that absorb water molecules and odor molecules through microscopic pores. This principles can only adsorb as many water molecules as there are voids, which limits its dehumidifying power. However, Husheet has a property that can expand network as possibly as taking into water molecules of surroundings to sheet surface and it acts more effective in high humidity.

Husheets are elastic net-like structures by expanding that increase in volume when water molecules are absorbed by polymers. And than the increased volume allows it to absorb outstandingly more water molecules than conventional desiccant materials.

Most dehumidifiers and deodorizers are sold with the same ingredients but under different packaging and brands.

This is why there has been little to no difference in performance between products until now.

With the convenience of a thin sheet type, Husheet is easy to use and applicable for many industrial and household usage. Husheets are extensively utilized in industrial dehumidifiers for applications such as semiconductor production, museum artifact preservation, bioscience, and IT. They are also popular in consumer products for dehumidification and deodorization purpose, including mattress, closet, shoes cabinet, and refridgerator.