Things to note about fingerprint-free rust-proof boards

In recent years, stainless steel surface technology has developed rapidly. As people's quality of life improves, the demand for stainless steel surfaces is getting higher and higher. In addition to the requirement for beautiful and elegant colors, the surface is also required to be fingerprint-resistant and scratch-resistant. The fingerprint-free anti-rust treatment plate is based on the application of nano-coating technology to produce a strong protective layer on the stainless steel surface, so that the stainless steel surface can not only achieve the anti-fingerprint effect, but also improve the anti-rust ability; and at the production and processing level, such as sheet metal folding General production and processing solutions such as bending or stamping processing can meet the requirements. This further reduced the impact of fingerprints or oil stains on the stainless steel products I used; it also overcame the difficulty of dust easily sticking to the surface and being difficult to clean. At the same time, it prevents the surface damage, blackening, or dullness of stainless steel caused by common chemical solvents to remove fingerprints or oil stains. Smooth performance and strong metallic texture.

Types of stainless steel anti-fingerprint equipment: roller-coated or spray-painted stainless steel anti-fingerprint basic principle: anti-fingerprint is achieved by inlaying a hydrophobic material film layer on the surface, giving it the characteristics of a lotus leaf that cannot allow dirt to adhere. If it cannot, it will be based on the surface and blended to achieve the anti-fingerprint effect. Definition of anti-fingerprint stainless steel: The technology of fingerprint-free stainless steel is to apply a layer of protective film on the surface of the stainless steel. It is formed by rolling and drying of a transparent nano-metal roller paint liquid, which is combined with the solid surface of the stainless steel. The technical level of the transparent hard solid protective film is directly related to the aging resistance, aesthetics and stain resistance of stainless steel. Misconception about anti-fingerprint of stainless steel: The actual effect of anti-fingerprint does not mean that fingerprints cannot be imprinted on the surface of stainless steel, but that the imprint after fingerprint is printed is shallower than that of ordinary stainless steel, and it is easier to clean, and dirt is less likely to remain after cleaning.

Stainless steel anti-fingerprint oil: (1) Adjustment of paint viscosity. The viscosity of the paint used affects the uniformity and thickness of the paint film. The viscosity of the material is relatively high, and the wettability to the roller is large. The coating is evenly distributed on the surface of the coated object, but it may cause minor problems such as insufficient supply and consumption, and the coating is thin. When the viscosity of the coating is high, it is opposite to the above situation. Over time, there may be problems with the thickness and uniformity of the coating. Work experience directly proves that the roller coating method is suitable for architectural coatings with a viscosity between 12S-40S (coating - 2 cups). (2) Control of coating film thickness. Easy control of coating film thickness is a major advantage of the roller coating method. In addition to the above situation, adjusting the viscosity of architectural coatings can control the thickness. It can also be achieved by adjusting the speed ratio of the paint roller or the distance between the paint roller and the object to be coated. For the same-direction roller coating method, the coating film is thinner when the paint roller rotates faster than when the paint roller rotates faster than when the paint roller rotates faster than when the paint roller rotates in the same direction, and the coating film becomes thicker when the paint roller rotates slowly. If the distance between the paint roller and the object to be coated is large, the coating film will be thick, and vice versa. For the reverse roller coating method, the adjustment will be slightly more complicated. For example, the pressure transmission ratio between the feed roller and the painting roller needs to affect the thickness of the coating film.