Ultra-low Humidity Experiment
Publishdate：2022-03-16 Views：358
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GreenFuture has innovatively developed the ULH-CAD micro-dehumidification kit, which builds upon conventional plant growth chamber technology. This kit employs the principles of physical adsorption and desorption to effectively remove water vapor generated by plant transpiration in the chamber, thus maintaining a continuous ultra-low humidity environment.
Main Technical Data:
Temperature Range: 2~45℃ Minimum Humidity: 10%RH PPFD Range: 0~600μmol/㎡/s, 0~100% continuous adjustable
Application：
To simulate the growth of plants under atmospheric drought conditions (generally characterized by atmospheric relative humidity of ≤20%RH), which facilitates the investigation of physiological processes such as plant cell metabolism, root development, stomatal regulation, and others, under drought stress.
Case User： CAS Center for Excellence in Molecular Plant Sciences |
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GreenFuture has innovatively developed the ULH-CAD micro-dehumidification kit, which builds upon conventional plant growth chamber technology. This kit employs the principles of physical adsorption and desorption to effectively remove water vapor generated by plant transpiration in the chamber, thus maintaining a continuous ultra-low humidity environment.
Main Technical Data:
Temperature Range: 2~45℃ Minimum Humidity: 10%RH PPFD Range: 0~600μmol/㎡/s, 0~100% continuous adjustable
Application：
To simulate the growth of plants under atmospheric drought conditions (generally characterized by atmospheric relative humidity of ≤20%RH), which facilitates the investigation of physiological processes such as plant cell metabolism, root development, stomatal regulation, and others, under drought stress.
Case User： CAS Center for Excellence in Molecular Plant Sciences |
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