We use a layer of transparent wear-resistant material on the floor to improve the scrub wear resistance of the floor, improve the wear resistance of 90%; brushing a layer of transparent wear-resistant materials on the building materials, greatly improving the surface hardness of building materials, Extend the service life; apply a layer of transparent and wear-resistant material on the high-speed rails, cars, and equipment; wear beautifully, etc. This transparent and wear-resistant material is a transparent wear-resistant coating.
Market demand, scientific research team for a long time, Beijing Zhisheng Weihua Chemical Co., Ltd. R & D personnel through five years of research and development experiments, through nano-disperse synthesis of new technologies, successfully developed a colorless, transparent, high hardness of the new material ZS922 transparent wear-resistant coating. The research and development of the coating has successfully filled the blank of the transparent wear-resistant coating technology in China, and the coating index has exceeded the international advanced level. The development prospect of the coating is huge.
According to report, ZS922 Zhisheng transparent wear-resistant coating adopts inorganic-organic highly cross-linked network interpenetrating and frontier technology of single functional group, and synthesizes Zhisheng patented triaxial fitness structure, after 18 finishing machining techniques. to make. The solution of the coating adopts the triaxial health structure of inorganic silicon, fluorocarbon and silicone, and the solution has the advantages of weather resistance, wear resistance and adhesion performance, and exerts the greatest resultant force effect of the material. The main component of Zhisheng Weihua transparent wear-resistant coating is the use of highly dispersed nano-materials --- ultrasonic added Y2O3-ZrO2 nano-particles in Al2O3/SiC nanosystems, with fine particle size, stable properties, large energy storage, and polymer molecules There is a strong binding force between the chains, which increases the concentration of the coating and the stress of the coating and the substrate, that is, the force of the coating and the molecules of the coating and the substrate tend to be in a resultant state. The greater the degree of cross-linking of the coating is, the greater the cohesion is. The greater the degree of cross-linking reaction of the monomeric functional groups, the better the coating will produce a transparent, abrasion-resistant gel network and the better the transparent wear resistance of the coating.
The transparent anti-abrasion coating has been successfully developed. The increased protection of civil materials and industrial equipment can prolong the service life of civilian materials and industrial equipment and maintain a good appearance. The market prospects are very promising.
Market demand, scientific research team for a long time, Beijing Zhisheng Weihua Chemical Co., Ltd. R & D personnel through five years of research and development experiments, through nano-disperse synthesis of new technologies, successfully developed a colorless, transparent, high hardness of the new material ZS922 transparent wear-resistant coating. The research and development of the coating has successfully filled the blank of the transparent wear-resistant coating technology in China, and the coating index has exceeded the international advanced level. The development prospect of the coating is huge.
According to report, ZS922 Zhisheng transparent wear-resistant coating adopts inorganic-organic highly cross-linked network interpenetrating and frontier technology of single functional group, and synthesizes Zhisheng patented triaxial fitness structure, after 18 finishing machining techniques. to make. The solution of the coating adopts the triaxial health structure of inorganic silicon, fluorocarbon and silicone, and the solution has the advantages of weather resistance, wear resistance and adhesion performance, and exerts the greatest resultant force effect of the material. The main component of Zhisheng Weihua transparent wear-resistant coating is the use of highly dispersed nano-materials --- ultrasonic added Y2O3-ZrO2 nano-particles in Al2O3/SiC nanosystems, with fine particle size, stable properties, large energy storage, and polymer molecules There is a strong binding force between the chains, which increases the concentration of the coating and the stress of the coating and the substrate, that is, the force of the coating and the molecules of the coating and the substrate tend to be in a resultant state. The greater the degree of cross-linking of the coating is, the greater the cohesion is. The greater the degree of cross-linking reaction of the monomeric functional groups, the better the coating will produce a transparent, abrasion-resistant gel network and the better the transparent wear resistance of the coating.
The transparent anti-abrasion coating has been successfully developed. The increased protection of civil materials and industrial equipment can prolong the service life of civilian materials and industrial equipment and maintain a good appearance. The market prospects are very promising.
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