How can new materials empower the performance upgrade of precision sheet metal structural components?

It is crucial to improve the performance of intelligent structural components in the manufacturing industry. The continuous emergence and application of new materials are driving their performance breakthroughs and upgrades from multiple dimensions. ​

High strength lightweight materials significantly improve their mechanical properties. Like carbon fiber composite materials, their strength far exceeds that of traditional steel, but their density is less than a quarter of that of steel. Applying it to the manufacturing of precision sheet metal structural components, while ensuring structural strength and rigidity, significantly reduces component weight, which is of great significance for fields such as aerospace and new energy vehicles that urgently require weight reduction. Taking precision sheet metal components in aviation engines as an example, the use of carbon fiber composite materials not only improves the fatigue resistance and high temperature resistance of the components, but also reduces the overall weight and improves fuel efficiency. ​

The new corrosion-resistant material enhances its environmental adaptability. In fields such as marine engineering and chemical equipment, structural components are exposed to harsh environments such as high salt and strong acidity and alkalinity for a long time, and traditional metal materials are prone to corrosion. The new type of nano coated metal material forms a dense protective film by coating nano level protective coatings on the metal surface, effectively isolating corrosive media, improving its corrosion resistance several times, extending its service life, and reducing maintenance costs. ​