Application field of air energy dryer

WithAir energy dryerThe continuous upgrading of technological development, new energyAir energy dryerDrying technology is obviously better than the traditional drying method and coal-fired boiler drying method, more and more favored by manufacturers. Market darling,Air energy dryerWhat is a clothes dryer?“Capacity”Make it so hot?

WithAir energy dryerThe continuous upgrading of technological development, new energyAir energy dryerDrying technology is obviously better than the traditional drying method and coal-fired boiler drying method, more and more favored by manufacturers. Market darling,Air energy dryerWhat is a clothes dryer?“Capacity”Make it so hot?

1.Air energy dryerDryer application field

Air energy dryerDryers are widely used in life and production. Drying of household and hotel supplies such as clothing and fabrics; drying of chemical products such as washing powder, plastics, pigments, fertilizers, catalysts, paper, etc.; drying of agricultural and sideline products such as grain, fruits, vegetables, tea, fungus, ginseng, and mushrooms Drying; drying of milk powder, salt, beverages, spices, convenience foods and condiments; drying of Chinese medicine raw materials, pharmaceutical preparations and other medicines; drying of biological products such as plasma, biological tissues, enzymes, yeast, antibiotics, vitamins, vaccines, etc.; drying of animal products such as egg whites, egg yolks, and meat; aquatic products such as algae, kelp, fish, shrimp, scallops, sea cucumbers, etc. Drying of seafood; drying of ceramics, insulation materials, filter materials, adsorption materials and other materials and products; drying of forest products such as wood; drying of coal and other energy products; as well as sludge, domestic and industrial waste drying. With the improvement of people's living standards and the rapid development of industry, agriculture, commerce, service industries and emerging industries,Air energy dryerThe application field of the dryer will be more and more extensive, and the requirements for drying products will be higher and higher.

2.Air energy dryerPrinciple

Using the inverse Carnot principle, the gas Freon is pressurized by the compressor into a high temperature and high pressure gas (the temperature can reach100℃), enter the heat exchanger (condenser) on the indoor side, and the refrigerant condenses into liquefaction to release high-temperature heat to heat and dry the air in the room.The material in the drying chamber evaporates the water in the material in the form of hot air, and the evaporated water vapor is discharged from the dehumidification system to achieve the purpose of drying the material. After the refrigerant condenses and releases heat, it becomes a low-temperature and low-pressure liquid through the throttle valve. Due to the sudden drop in pressure, the liquid refrigerant entering the evaporator will continuously absorb the low-level heat energy of the surrounding air and quickly evaporate into a gaseous state, and the refrigerant that absorbs a certain amount of energy will return. to the compressor and into the next cycle. In this way, the continuous circulation of the refrigerant realizes the heat transfer in the air to the drying room and heats the air temperature in the room.