The Antibacterial Effect Of Microporous Antibacterial Ball in Humidifier

Air humidifiers can increase the humidity of the air, assist in the treatment of insomnia, cough, asthma and colds and other small problems, so that the spread of flu bacteria slow down. However, consumers only understand the role of the air humidifier, but do not know the harm of the air humidifier, which makes the hidden danger exists in those who buy and are using the air humidifier.
So what is the harm of air humidifiers? Many consumers in order to cheap, the purchase of humidifiers is not, but those inferior products, these inferior products are generally of poor quality, containing many harmful substances, originally through the use of air humidifiers is to improve air quality, once the use of these inferior air humidifiers, but will make the air quality worse, so that people suffer from various diseases. Secondly, the improper use of the humidifier, if the correct use of air humidifier will cause the growth of endogenic bacteria humidifier, through the humidifier quickly spread into the air, for the elderly and children with poor resistance is very harmful, but also easy to suffer from "humidifier pneumonia" and other diseases.
Therefore, the purchase of humidifiers must choose the products produced by regular brand manufacturers, and the humidifier should not add odor substances such as organic spices, so as not to stimulate the respiratory tract. Then it is to see whether the water tank in the humidifier has antibacterial technology or antibacterial material treatment to ensure that the water quality does not breed bacteria, so as to avoid the spread of bacterial viruses into the air to form secondary pollution.
The microporous antibacterial ceramic ball was successfully developed in 3 years by Jinan Muqi Health Technology Co., Ltd. and Shandong University. The microporous antibacterial ball is made by combining a variety of inorganic non-metallic materials such as natural mineral materials with the characteristics of electric polar crystal structure and nano-composite high temperature resistant antibacterial materials after high temperature firing and deep processing. The microporous antibacterial ball makes use of the self-polarization characteristics of natural mineral materials, the far-infrared performance of strong radiation and the excellent antibacterial performance of nano-composite high-temperature resistant antibacterial materials, which can effectively inhibit the water quality of bacterial growth and microbial growth caused by viscous water, discoloration, deterioration and so on. The microporous antibacterial balls can be applied to the front and rear filters of water purifiers, water heaters and humidifiers.
Microporous antibacterial ceramic balls are characterized by ultra-porous spheres, and the specific surface area of micropores reaches 500 square meters/gram, which makes the inorganic antibacterial agents dispersed throughout the surface of the ball and the internal micropores, forming tens of thousands of antibacterial contact points. When the ball is in contact with water, water will enter the inside of the ball micropores, according to the contact antibacterial principle, the larger the contact area, the better the antibacterial effect. It is estimated that the antibacterial contact point of the microporous antibacterial ball is nearly 10,000 times larger than that of the ordinary silver ion antibacterial ball, so the microporous antibacterial ball has antibacterial performance and durability.
The antibacterial principle of microporous antibacterial ball is mainly contact metal ion antibacterial and photocatalytic hydroxyl ion antibacterial compound. It utilizes the excellent antibacterial properties of nano-composite high-temperature resistant antibacterial materials, and synergies with the spontaneous electrical polarity and far infrared radiation of natural mineral materials to reduce the association degree of water molecules and promote the generation of hydroxyl free radicals, thus strengthening the antibacterial properties of the materials. At the same time to achieve a higher far infrared emissivity, activated water purification function.
The addition of rare earth elements such as Ce+4/Ce+3 to the microporous antibacterial ball has a high electrode potential. Rare earth elements can reduce the tendency of antibacterial metal ions such as silver, copper and zinc to be easily oxidized and reduce the antibacterial efficacy, and can make the antibacterial elements appear dispersed in the material, improving the antibacterial efficiency of the material, so as to improve the antibacterial performance under the premise of improving the antibacterial performance. Reduce the amount of rare and precious metals added and reduce material costs. According to the material properties and preparation process requirements, other components that can enhance the antibacterial properties of the material are also added by introducing metal ions, metal compounds and electrical polar mineral materials.
The microporous antibacterial ball not only has excellent antibacterial effect, but also significantly improves the surface gloss of the product. By the Chinese Center for Disease Control and Prevention of Environmental and Health Product Safety Institute, the National Building materials industry Environmental Monitoring Center test, the product on E. coli and * (24 hours) kill rate reached more than 98%.
Humidifier water tank with microporous antibacterial ceramic ball, not only can play a role in purifying water, but also can inhibit the growth of bacteria and other problems, is a good way to solve the humidifier bacteria spread.