Product Overview
We are instrumental in providing to our valuable customers excellent quality Nano Photocatalyst Coating which is available with following specification:- Style: JR-CG Appearance: White liquid Particle size(nm): 5nm Crystal: Anatase Adhesion: Good pH: 6-7 Photocatalytic rate: 90% Anti-microbial: Grade A Introduction: It is a water-based ceramic photocatalyst, with super activity titanium dioxide as the main ingredients, used for eliminating the formaldehyde, odor and other harmful gas. There are three ceramic microbeads in the coating. One is for UV absorbing, the rate up to 99%; The second one could absorb over 90% visible sunlight; And the third one is for eliminating the harmful gas, such as formaldehyde, benzene, voc etc. This coating is a green and new type nano coating, with good stability, adhesion, and film property. Widely used in galss, ceramic, metal, PE, PET, PC, PP, PVC fields. Theory: The titanium dioxide could produce OH- and a O under the light with super oxidation, and it will occur chain degradation reaction to eliminate the harmful substance.
We are instrumental in providing to our valuable customers excellent quality Nano Photocatalyst Coating which is available with following specification:- Style: JR-CG Appearance: White liquid Particle size(nm): 5nm Crystal: Anatase Adhesion: Good pH: 6-7 Photocatalytic rate: 90% Anti-microbial: Grade A Introduction: It is a water-based ceramic photocatalyst, with super activity titanium dioxide as the main ingredients, used for eliminating the formaldehyde, odor and other harmful gas. There are three ceramic microbeads in the coating. One is for UV absorbing, the rate up to 99%; The second one could absorb over 90% visible sunlight; And the third one is for eliminating the harmful gas, such as formaldehyde, benzene, voc etc. This coating is a green and new type nano coating, with good stability, adhesion, and film property. Widely used in galss, ceramic, metal, PE, PET, PC, PP, PVC fields. Theory: The titanium dioxide could produce OH- and a O under the light with super oxidation, and it will occur chain degradation reaction to eliminate the harmful substance.
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