Nano coating | Self-cleaning coating | Dust-proof and oil-proof | Model ZS-511

规格：

10公斤

Nano coating | Self-cleaning coating | Dust-proof and anti-oil pollution | Model
Ms. Liu
Working principle
The basis for the technological development of self-cleaning coatings is also based on the principle of bionics. Among them, according to the self-cleaning of lotus leaves Principle-designed clean coatings have also been successful. The self-cleaning principle of the lotus leaf is that there are fine and uneven nanostructures on the surface of the lotus leaf. Advanced technology is used to form an uneven morphology similar to the lotus leaf on the surface of the coating during the drying and film-forming process. This kind of nano-coating can make dust particles adhere to the surface of the coating in a suspended state, greatly increasing the contact angle between water and the surface of the coating, which is conducive to the rolling off of water droplets on the surface of the coating and at the same time, according to the self-stratification of the coating The principle is to introduce hydrophobic substances into acrylic emulsion so that the paint will automatically stratify during the drying and film-forming process, thereby enriching a hydrophobic layer on the surface of the coating to further ensure that accumulated or adsorbed pollutant particles are detached under the erosion of wind and rain. The coating surface achieves self-cleaning purposes.
Product Features of Normal Temperature Self-Cleaning Coating
The amphiphobic mechanism of nanomaterials is used to effectively discharge the moisture of the coating and prevent the intrusion of external moisture, making the coating film breathable.
Using the special functions of nanomaterials and their micromolecular structures, coordination reactions occur with the inorganic silicon and calcium of the object, so that the object and the coating film form a strong claw-like penetration, so that the coating film will not fall off or fall off. Peeling, high hardness and wash resistance.
Using the physical property principle of the double interface of nanomaterials, it can effectively discharge the intrusion of dust and oil, making the object have good self-cleaning properties.