Detailed introduction:

Antibacterial board flooring, in simple terms, refers to flooring that can release negative ions. The main component of negative ion growth hormone is a crystal structure belonging to the trigonal crystal system, with a space point group of R3m system. It is a typical polar crystal. This crystal has no symmetry center in the R3m point group, and its positive and negative charges in the C-axis direction cannot coincide. Therefore, the two ends of the crystal form positive and negative electrodes, and in the absence of an external electric field, the positive and negative electrodes at both ends do not disappear. Therefore, it is also known as the "long electrode", that is, the negative ion crystal is a long charged body.

The principle is:

Negative ion element

The 'long electrode' forms an electric field around it, and due to the lack of symmetrical centers for positive and negative charges, it has both dipole moments that are aligned in the same direction, causing the crystal to be in a highly polarized state. This polarization state also exists when the external electric field is "0", so it is also called "spontaneous polarization", which causes the positive and negative poles of the crystal to accumulate charges. The strength of the electric field or the amount of charge depends on the distance between ions and the bond angle of the dipole moment. Each crystal has its own inherent dipole moment. In general, the long electrode attracts the surrounding odd numbered charges and forms a surface charge layer on its surface, shielding most of the inherent electrode charges. Therefore, crystals that have not been activated and strengthened have a low ability to generate static negative ions (usually 50-100/cm3), When there is a small external effect (temperature or pressure change), the ion spacing and bond angle change, the polarization intensity increases, and the charge of the surface charge layer is released, resulting in an increase in the electrode charge and an increase in the electric field strength, presenting a clear charged state or forming a microcurrent in a closed circuit.

The sources are:

(1) Formaldehyde, ammonia, and other organic volatile compounds released from decoration materials;

(2) Various organic compounds such as H2S and oil fumes in toilets and kitchens;

(3) The odor of household waste and other corrupt substances;

(4) The foul smell of smoke emitted by smoking.

Mechanism of Deodorization and Odor Removal by Negative Ion Catalyst:

(1) Most odors, odors, bacteria, smoke, etc. in the air carry positive charges, so the released negative ions can settle in them until there is no charge;

(2) Smoke and harmful gases containing oxygen free radicals can be neutralized by negative ions;

(3) A negative ion catalyst forms an electric field around each crystal particle with a micro current of 0.06mA, and bacteria and organic matter decompose under the action of the electric field current;

(4) Some harmful gases react during the shrimp row process to produce low-risk substances.

So the removal of odors is the comprehensive result of negative ion coating sedimentation, negative ion neutralization, electric field current decomposition, and certain chemical reactions.

4、 The mechanism of far-infrared radiation from negative ion catalyzed growth hormone:

Negative ion growth hormone is a highly beneficial far-infrared radiation material for human health. The human body absorbs far-infrared radiation with a wavelength of 9.6 μ m, while negative ion growth hormone emits far-infrared radiation with a wavelength in the range of 2-18 μ m and a radiation power of 0.04 w/cm2, slightly higher than the human body's adsorption radiation power of 0.03 w/cm2. The above data fully confirms that the far-infrared radiation emitted by negative ion growth hormone is well coordinated with the human body and can be fully absorbed by the human body.

5、 The mechanism of antibacterial and bacteriostatic effects of negative ion catalyzed growth hormone:

1. Due to the strong electric field of 104-107v/m surrounding the negative ion material. Bacteria are killed or inhibited from dividing and proliferating by the electric field and the 0.06mvA microcurrent generated by the electric field.