Hangzhou Songjing Electric is a professional manufacturer of various dehumidification and drying equipment. The company has a group of high-quality product research and development personnel and skilled technical workers, with the ability to independently develop products. Throughout, the company's product research and development innovation has been highly favored by customers and sold well throughout the country.
What is the reliability of wood drying dehumidifier equipment?
The more complex the equipment and technology of the wood drying dehumidifier, the more likely it is to malfunction. The reliability of equipment mainly depends on the manufacturer's technology, equipment configuration, and after-sales technical service, with the primary focus on equipment performance and quality issues.
Generally speaking, the material of the circulating fan in the dehumidification and drying room should be aluminum alloy die-casting, and its blades should be symmetrically twisted wing shaped to ensure high strength, corrosion resistance, and high efficiency. The matching direct connection motor should be a high temperature and moisture-proof motor with H-level insulation. The circulating fan should ensure that the airflow velocity through the material stack is 1.5-2.0m/s. The low airflow velocity affects the uniformity and drying speed of wood drying; If the airflow speed is too high, it unnecessarily increases power consumption and drying costs.
The heater in the dehumidification and drying room should generally use steel aluminum composite finned tubes, and the heat dissipation area should generally reach 2-5m2/m3 of the dried wood. It should be noted that when drying oak and other tree species, the wood will release highly corrosive acidic substances, so special attention should be paid to strengthening the maintenance of drying equipment. Regardless of which type of drying equipment is used, its service life is related to the level of maintenance.
The loading capacity of wood drying dehumidifier equipment is also an issue that cannot be ignored. The clearance size of the drying room should ensure the specified actual capacity. The ratio of the volume of wood loaded into the drying chamber to the volume of the drying chamber is called the loading factor or chamber loading factor. It depends on the stacking coefficient of the material pile. The stack stacking coefficient is the ratio of the actual volume of wood to the layer volume of the stack.


