An egg was dropped from the tenth floor, bouncing like a ping-pong ball without breaking or deforming; a glass bulb was still intact after being violently dropped; a piece of thin cardboard was slammed with a hammer, chopped with a knife and axe, but it was not damaged … … These incredible scenes did not appear in science fiction movies, but were made possible by a magic polymer coating. Recently, the demonstration of product performance of the ultra-tough protective coating developed by China HBWH Special Protective Coating Technology Company has caused widespread concern.
"The ultra-tough protective coating material independently developed by our company is a new type of polymer elastic coating functional material, which has the characteristics of strong abrasion resistance, overweight anti-corrosion, elastic explosion-proof, green environmental protection, etc., and can be quickly sprayed on any curved surface by professional equipment. Molding is suitable for almost any material, such as metal, concrete, wood, plastic, paper, etc. This product will be widely used in vehicles, petroleum, ships, factories and mines, and is committed to the development of military defense.
Compared with the latest LINE-X coating, the overall performance of this coating is 20% ~ 25% higher. Weihan Equipment has successfully developed a graphene-added Nine Dragon series product. Compared with its KP-300 product, the comprehensive performance is still 30% higher. "
Regarding the development of the domestic new materials industry, Ding Liyun, a professor at Wuhan University of Technology and a doctoral supervisor at the National Engineering Laboratory for Optical Fiber Sensing Technology, said that China's scientific research technology is constantly innovating, and it has entered the sea. With the innovation and development of science and technology, new materials have more excellent properties or new functions in the field of materials to meet the new and emerging needs in social development. Speaking of super-tough protective coating materials, Ding Liyun said that in addition to technological advancement, HBWH coatings also have the advantages of green environmental protection, and meet the national requirements for sustainable development strategies for emerging industries.
Liu Xiaofang, associate professor at the School of Chemistry, Chemical Engineering and Life Sciences, Wuhan University of Technology, said that domestic coating materials have been slow in technological innovation for many years, because large foreign brands have entered China earlier. These companies have sufficient research reserves, stable product quality, and strong innovation funds. In contrast, domestic enterprises Due to lack of scientific research power, most of them are engaged in the vicious competition of low-end products, and their technological innovation ability is not strong, leading to the loss of high-end brands. Some products have been blank in China. In recent years, some domestic companies have begun to focus on cooperative research and development with universities and scientific research units, and their technological capabilities have been increasing year by year. This type of collaborative innovation system with enterprises as the mainstay and the combination of production, teaching, and research is gradually being established.