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Antibacterial Ceramic Ball Generation

1. Adsorption function: Using three of the strongest modified environmental mineral materials, it is 100 times the adsorption capacity of activated carbon.

2. Photolysis function: Using three types of healthy environmental materials, it can easily degrade adsorbed organic pollutants and release negative oxygen ions in natural light.

3. Antibacterial function: Made of high-temperature sintering process, it is not afraid of moisture, powerfully kills bacteria and inhibits the growth and reproduction of bacteria.

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Product Details

Product Description

Antibacterial Ceramic Ball Generation 1 are a new multi-functional adsorption material made by combining environmental mineral adsorption materials, photocatalytic degradation materials and rare earth activated antibacterial materials and sintering at high temperatures. Among them, the environmental mineral adsorption material is made of modified sepiolite, diatomite, attapulgite and other natural environmental mineral materials. Utilizing their different pore sizes and specific surface areas, the adsorption effects of the three materials are fully integrated to facilitate the selective adsorption of various pollutants in the air. The photocatalytic titanium oxide material is mainly nano-titanium oxide, with far-infrared ceramic powder and tourmaline ultra-fine powder added. It can significantly increase the forbidden bandwidth of titanium oxide, absorb a wider range of light energy, and improve photolysis performance. Rare earth activated antibacterial materials are made by adding rare earth cerium and silver ions to nano zinc oxide powder materials, which can significantly activate the antibacterial properties of silver zinc ions. Cerium oxide and silver oxide themselves are better inorganic antibacterial materials, especially after high-temperature sintering, they have stronger bactericidal properties.

Antibacterial Ceramic Ball Generation