Effective dehumidification: Removing moisture from fresh air to keep indoor air dry and improve comfort.
Improving air quality: Reducing odors and mold caused by humidity, enhancing the quality of indoor air.
Protecting building structures: Preventing moisture from eroding building materials and extending the lifespan of buildings.
Adapting to different environmental requirements: Adjusting humidity according to actual conditions to meet the indoor environmental requirements of different locations.

Maintaining environmental stability: Maintaining suitable humidity to provide stable living conditions for laboratory animals, reducing the impact of environmental factors on experimental results.

Preventing disease transmission: Avoiding the proliferation of bacteria and viruses due to excessive humidity, reducing the risk of disease in laboratory animals and ensuring their health.

Protecting experimental equipment: Preventing equipment from being damaged by moisture, ensuring the normal operation and lifespan of experimental equipment.

Ensuring research accuracy: Providing reliable environmental conditions for experiments, improving the accuracy and reliability of research data.

Maintaining suitable humidity: Providing a comfortable environment for patients and healthcare workers conducive to recovery and work.

Preventing bacterial growth: Maintaining lower humidity reduces the reproduction of bacteria and viruses, lowering the risk of infection.

Protecting medical equipment: Preventing equipment from being damaged by moisture ensures its normal operation and accuracy.

Ensuring drug quality: Suitable humidity conditions facilitate the storage and efficacy of drugs.