Introduction of the characteristics and application of far infrared ray dryer
Far infrared dryer farinfrared-raydryer
Yuonhongwalx old nganzaoqi far infrared ray dryer (farinfrared-raydryer) a device that uses radiation heat transfer to dry solid materials. The heat is emitted by the far-infrared radiator in the form of radiant energy to the surface of the material to be dried, absorbed by it and converted into heat energy, heating the material to be dried, causing the water to evaporate, and the water vapor is carried away by the surrounding airflow to achieve dryness. purpose. The utility model has the advantages of large drying strength, short drying time, small equipment volume, low cost, small floor space and no pollution of the product, and is particularly suitable for heating and drying of a large surface layer. Therefore, it is widely used in industrial sectors such as machinery, chemicals, textiles, paper, leather, wood, and food. The far-infrared dryer is generally composed of a radiator, a heating device, a reflection concentrating device, a temperature control attachment device, and the like. The core part is the radiant energy generator, which has two types of electrothermal and non-electrical heat source radiators. The wavelength of an electrothermal radiator can be adjusted by controlling the temperature by adjusting the voltage. Non-electrical heat sources include flammable gases, vapors, flue gases, and the like. Except for the different forms of heat sources, other structures are not fundamentally different from electrothermal. The picture shows the far-infrared dryer of the powder material. China's concentrators use it to dry tungsten concentrates, rutile concentrates and medium mines. The wet material enters the drying chamber along with the conveyor belt, where it absorbs the far-infrared ray-free material that is emitted by the far-infrared radiator. The far-infrared ray dryer 1 is a conveyor belt; 2 thousand operating room, 3-spray powder The J-forest line is heated by the radiant energy, and the moisture contained in the material is vaporized and extracted by the exhaust port. The controller controls the temperature and wavelength of the radiating element by adjusting the voltage to make it suitable for the absorption wavelength of the material to be dried to increase the heat transfer rate; adjusting the moving speed of the conveyor belt allows the material to stay in the drying chamber for the time necessary for drying. . After the product is qualified, it is discharged from the dryroom.
Yuonhongwalx old nganzaoqi far infrared ray dryer (farinfrared-raydryer) a device that uses radiation heat transfer to dry solid materials. The heat is emitted by the far-infrared radiator in the form of radiant energy to the surface of the material to be dried, absorbed by it and converted into heat energy, heating the material to be dried, causing the water to evaporate, and the water vapor is carried away by the surrounding airflow to achieve dryness. purpose. The utility model has the advantages of large drying strength, short drying time, small equipment volume, low cost, small floor space and no pollution of the product, and is particularly suitable for heating and drying of a large surface layer. Therefore, it is widely used in industrial sectors such as machinery, chemicals, textiles, paper, leather, wood, and food. The far-infrared dryer is generally composed of a radiator, a heating device, a reflection concentrating device, a temperature control attachment device, and the like. The core part is the radiant energy generator, which has two types of electrothermal and non-electrical heat source radiators. The wavelength of an electrothermal radiator can be adjusted by controlling the temperature by adjusting the voltage. Non-electrical heat sources include flammable gases, vapors, flue gases, and the like. Except for the different forms of heat sources, other structures are not fundamentally different from electrothermal. The picture shows the far-infrared dryer of the powder material. China's concentrators use it to dry tungsten concentrates, rutile concentrates and medium mines. The wet material enters the drying chamber along with the conveyor belt, where it absorbs the far-infrared ray-free material that is emitted by the far-infrared radiator. The far-infrared ray dryer 1 is a conveyor belt; 2 thousand operating room, 3-spray powder The J-forest line is heated by the radiant energy, and the moisture contained in the material is vaporized and extracted by the exhaust port. The controller controls the temperature and wavelength of the radiating element by adjusting the voltage to make it suitable for the absorption wavelength of the material to be dried to increase the heat transfer rate; adjusting the moving speed of the conveyor belt allows the material to stay in the drying chamber for the time necessary for drying. . After the product is qualified, it is discharged from the dryroom.
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