Antibacterial irradiator capable of radiating far infrared ray at normal temperature, immersed product, and preparation method thereof

Abstract

The invention discloses an antibacterial irradiator capable of radiating far infrared ray at normal temperature, an immersed product, and a preparation method thereof. The antibacterial irradiator comprises one kind of or a plurality of kinds of circular particles which are mixed together; the circular particles are prepared via baking of mixed clay with a compound A, wherein the weight amount ofthe component A accounts for 10 to 15% of that of the mixture, and A is one selected from China medical stone, illite, diamond stone, Yingyang seven color stone, Gunma feldspar, and biotite; the immersed product is obtained via immersing the antibacterial irradiator in water for longer than 60min. The preparation method comprises following steps: clay is mixed with component A, water is added forstirring so as to obtain a plurality of circular particles; the circular particles are subjected to air dying, and are baked at 850 to 1200 DEG C. The antibacterial irradiator is excellent in indoor air purifying, bacteria removing, methanol and benzene removing effects. No battery is needed, no heating is needed, no special chemical reaction is needed, the antibacterial irradiator is capable of radiating far infrared ray with a wavelength ranging from 4 to 16mm at 22 DEG C, radiating rate ranges from 80 to 97%, the infrared emission efficiency is high, and the antibacterial irradiator is safe, and is friendly to the environment.

Description

technical field [0001] The invention relates to far-infrared radiation antibacterial technology, in particular to an antibacterial radiator, soaking material and preparation method that radiate far-infrared rays at normal temperature. Background technique [0002] In recent years, the most profound of many problems caused by economic development is the air pollution that directly threatens human health, especially the environmental pollutants emitted by various chemical products have seriously threatened human health. Pollution in the large environment It takes time to comprehensively manage, and the living environment of small spaces can be quickly improved through corresponding technical means, which is also an important means for people to improve their living experience. [0003] New houses and renovated houses can easily cause air pollution in the living space due to volatilized formaldehyde and benzene, and cause the so-called new house syndrome. It is the cause of res...

AI Technical Summary

Problems solved by technology

[0003] New houses and renovated houses can easily cause air pollution in the living space due to volatilized formaldehyde and benzene, and cause the so-called new house syndrome. It is the cause of respiratory diseases, skin diseases, allergies and various cancers. Moreover, the constant temperature and humidity of the living environment is also easy to breed bacteria and cause a series of germs; at present, the commonly used technology is to use air purifiers to purify the air through activated carbon adsorption and chemical neutralization reaction. Although the efficiency is high, the energy consumption It is also large, and cannot maintain the purification effect stably and reliably for a long time, let alone kill the bacteria in the environment

[0004] Of course, to overcome the above shortcomings and significantly improve the indoor environment, those skilled in the art have continued various attempts and innovations, such as a far-infrared silver ion generator disclosed in Chinese patent ZL201510043742. Far-infrared composite materials for ambient air and their preparation methods, all of which use far-infrared radiation to purify air and antibacterial disinfection; however, the first technology still has the problems of energy consumption and durability of traditional air purifiers, while the second technology is in practice. In production, more industrial materials are needed, not only the cost is high, but also the production and processing are difficult, and there are certain limitations in application and promotion.

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