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Main control board

If the relative humidity of the air is too low, the adhesion of the paint will decrease. On the other hand, if the relative humidity is too high, the glaze layer sprayed onto the product may become excessively diluted, forming tiny liquid bubbles. As these bubbles evaporate during drying, they can lead to poor spraying results and the formation of fine pits on the sprayed surface.

Category:

Main components of electrode-type steam humidifiers

Keywords:

Renjie


Product Description

If the relative humidity of the air is too low, the adhesion of the paint will deteriorate. On the other hand, if the relative humidity is too high, the glaze layer sprayed onto the product may become excessively diluted, forming tiny liquid bubbles. As these bubbles evaporate during the drying process, they can lead to poor spraying results and the formation of fine pits on the sprayed surface. We must listen carefully to and thoroughly understand our customers’ needs, then meet those needs and even exceed their expectations—this is “Ren.” We strive relentlessly to maintain the highest product quality and continuously introduce innovative new products, creating greater value for our customers, becoming the most innovative enterprise, and earning widespread acclaim as a supplier in the markets we serve—this is “Jie.”

Humidifiers require certain operating conditions to be met. However, in actual use, these conditions may deviate somewhat from the ideal specifications, which poses a challenge to both the hardware and software of the humidifier.

Take the electrode-type steam humidifier as an example. As we all know, the operating principle of an electrode-type steam humidifier relies on the conductivity of water: by applying a voltage, ions in the water are set into rapid motion, generating thermal energy and thus producing steam to achieve humidification. If there are too many ions in the water, the humidifying tank is prone to scaling, which increases maintenance costs. On the other hand, if there are too few ions in the water, the humidification output cannot reach the desired level. Moreover, water quality conditions vary from place to place. In such situations, although the hardware of the humidifier is important, the software—specifically the microcomputer control program—is even more critical. In areas where the water contains very few ions, many electrode-type steam humidifiers fail to achieve the intended humidification capacity precisely because the control logic and algorithms of the microcomputer control program play a significant role.

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