What are the dehumidification principles of intelligent moisture-proof cabinets?

1. The intelligent moisture-proof cabinet adopts the molecular sieve physical dehumidification movement. The dehumidification controller is provided with upper and lower rotating loose-leaf doors. The upper and lower inner and outer (for the cabinet) each have a pair of moisture absorbing moisture, and a special hygroscopic material (molecular sieve) is attached. When the moisture is absorbed, the loose-leaf door is opened inward, and the moisture-absorbing material absorbs the moisture in the cabinet from the moisture-absorbing window, so that the humidity in the cabinet is lowered; when the moisture is discharged, the moisture-absorbing material is heated and regenerated, and the shutter is turned to open the moisture window outside the cabinet to remove the moisture. The moisture absorbing and tidal cycle works through the program time controller until the set value is reached in the cabinet. The controller automatically cuts off the power. Because of the moisture absorption, there is no need for power supply, and the moisture absorption time is long (about 2.5h). The power-on time is short (about 0.5h), so it saves power (about 1/4 of the power consumption of other types of controllers).

2, has a history of 100 years of use can be reused without the need to replace a variety of dry materials, no material selection affects the service life. The formula / surface area / suction and exhaust of the dry material is Know How; using this technology, various dehumidification speed / dehumidification range / dehumidification control / dehumidification limit can be adjusted in the same host, for the user / The service/upgrade benefits are most secure.

3, dehumidification does not rely on electricity (only need electricity when draining) and the porous moisture absorption phenomenon of the dry material is almost never saturated, so the power can also maintain a certain dehumidification and moisture-proof function. Moisture is firmly trapped by Van der Valel in a dry material that can be reheated and regenerated, and the quality of the dried material is not affected.

4, the moisture absorption capacity of dry materials is not affected by the low temperature of the external environment, so the wet and cold winter also maintains good dehumidification efficiency.

5, using precision ceramic (PTC) heating to break the van der Waals force to turn water into steam, supplemented by shape memory alloy precision micro-mechanical to open the airtight valve exhaust. Precision ceramic heating / shape memory alloy precision micro-mechanical valve control are mature advanced technology and key components that have been tested by other mature commercial products. It is an excellent structure that is effective in moisture drainage, trouble-free, safe and durable.

6. There are no key parts that are easy to break, and the entire dehumidification system is almost purely mechanical. Power outages can also protect against moisture. The function of wet and cold winter is unchanged. Dehumidification and moisture control capabilities in all directions.