Efficient energy-saving humidification air purifier
A high-efficiency, energy-saving, humid air technology, applied in the field of air purification, can solve problems such as the inability of air to reach uniformly, the absence of disinfection and sterilization functions, and the impact on the quality of humidified air, and achieve the effects of simple structure, reduced power, and reasonable settings.
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Example Embodiment
[0033] Example 1:
[0034] Equipped with 100kg of the filter element of the present invention, prepared by the following weight components: 13kg of water, 8kg of epoxy resin, 16kg of anion powder, 42kg of activated carbon powder, 21kg of far-infrared powder; the filter element 7- The preparation process of 2 includes the following steps: a, 13kg of water is put into the mixing tank, 8kg of epoxy resin, 16kg of negative ion powder, 42kg of activated carbon powder and 21kg of far-infrared powder are sequentially put into the water to make epoxy resin , Negative ion powder, activated carbon powder and far-infrared powder are evenly distributed in the water, the stirring speed is 700 rpm, the stirring time is 5 minutes, and the dough is obtained at this time; b. Put the dough in step a into the predetermined mold, Then it is punched and formed by a punching machine; c. Put the punched and formed block of step b into a drying box for drying at a drying temperature of 100 degrees and a dr
Example Embodiment
[0035] Example 2:
[0036] Equipped with 100kg of the filter element of the present invention, prepared by the following weight components: 15kg of water, 5kg of epoxy resin, 20kg of anion powder, 40kg of activated carbon powder, 20kg of far-infrared powder; the filter element 7- The preparation process of 2 includes the following steps: a, 15kg of water is put into the mixing tank, 5kg of epoxy resin, 20kg of negative ion powder, 40kg of activated carbon powder and 20kg of far infrared powder are sequentially put into the water to make epoxy resin , Anion powder, activated carbon powder and far-infrared powder are evenly distributed in the water, the stirring speed is 800 rpm, the stirring time is 6 minutes, and the dough is obtained at this time; b. Put the dough in step a into the predetermined mold, Then it is punched and formed by a punching machine; c. Put the punched and formed block of step b into a drying box for drying at a drying temperature of 120 degrees and a drying ti
Example Embodiment
[0037] Example 3:
[0038] Equipped with 100kg of the filter element of the present invention, prepared by the following weight components: 10kg of water, 7kg of epoxy resin, 10kg of anion powder, 49kg of activated carbon powder, 24kg of far-infrared powder; the filter element 7- The preparation process of 2 includes the following steps: a, 10kg of water is put into the mixing tank, 7kg of epoxy resin, 10kg of negative ion powder, 49kg of activated carbon powder and 24kg of far infrared powder are sequentially poured into the water to make epoxy resin , Anion powder, activated carbon powder and far-infrared powder are evenly distributed in the water, the stirring speed is 650 rpm, the stirring time is 7 minutes, and the dough is obtained at this time; b. Put the dough in step a into the predetermined mold, Then it is punched and formed by a punching machine; c. Put the punched and formed block of step b into a drying box for drying at a drying temperature of 120 degrees and a drying
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