Honeycomb dehumidifier is mainly used to dry plastics with strong moisture absorption. The dehumidifier sends the dehumidified low dew point air into one or more standard drying hoppers to improve drying efficiency and shorten drying time.

Characteristics of Honeycomb Dehumidifier and Honeycomb Rotary Dehumidifier

1. Dew point temperature is stable;

2. No pollution is generated, ensuring the quality of plastic;

3. The problem of flow, detachment, or moisture dispersion caused by changing LICL to a moisture absorbing agent;

4. The substrate and silicone chemical crystallization are fully formed, without the problem of insufficient bonding force and loss of silicone powder caused by immersion spinning;

5. Improve the particle molecular sieve cylinder and rotary dehumidifier, due to the disadvantage of the powder particles damaged by the molecular sieve entering the drying cylinder with the drying air;

6. Large adsorption area and low pressure loss;

7. Low energy and high efficiency;

8. Long lifespan, washable, and made of inorganic ceramic fibers as the base material for the wheel. It is resistant to acid, alkali, and corrosion, and can withstand up to 1000 high temperatures to prevent fires. Due to the fact that the adsorbent is formed by crystallization, it can be cleaned with water or solvents without any decrease in performance, with an average lifespan of over 10 years.

Principle of Honeycomb Dehumidification Drying Machine:

The core component of the Jiayin Honeycomb Wheel Dehumidification Drying Machine series is a honeycomb shaped dehumidification wheel that rotates slowly and continuously. The wheel is divided into three zones: dehumidification zone, regeneration zone, and cooling zone. When the humid air that needs to be dehumidified enters the dehumidification area, the water molecules in the humid air are adsorbed by the hygroscopic silicone in the impeller, thus obtaining dryness. The dried air is sent out by the blower for user use. As the adsorbed moisture increases, the dehumidification sector gradually becomes saturated, and under the drive of the speed regulating motor, it slowly enters the regeneration zone to begin the regeneration process; After being heated to 180 ℃, the regenerated air is blown back into the regeneration area to remove the adsorbed water molecules in the impeller, which are then sent out of the machine by the fan to complete the regeneration process. After regeneration, the sector has regained its moisture absorption capacity and, driven by a speed regulating motor, slowly enters the slow cooling zone. After being cooled by dry air on the dehumidification side, it enters the dehumidification zone for dehumidification. The above-mentioned dehumidification, drying, and cooling processes occur simultaneously, with the air constantly drying and the rotor constantly regenerating, thus ensuring the continuous and stable working state of the dehumidifier and solving the disadvantages of unstable dew point and high energy consumption of other dehumidifiers.