At the same time, however, there are still some problems in the domestic aluminum processing industry to be resolved. The Ministry of Industry and Information Technology said that China's aluminum processing R & D investment is insufficient, the alloy composition and processing technology numerical simulation, intelligent control level and foreign advanced level is very different, aviation aluminum, passenger car aluminum and other high-end product development capabilities are weak, product quality is not Stable, high production costs and serious product homogeneity. In addition, the industrial structure of the aluminum industry is unreasonable, showing a “large middle and two-headed” shape, with excess smelting capacity and a shortage of high value-added processed products.
Documentary Army, vice president of China Nonferrous Metals Industry Association, said: "'The low-end products can't be sold, the high-end products are not enough to sell'. This structural problem of aluminum processing industry requires more and more powerful aluminum companies to join the high-end The market to solve.
In addition, China's aluminum processing products often encounter “double-reverse” investigations and sanctions in many countries in the international market. Only high-tech aluminum products with high-value and high value-added are more competitive in the international market.
High-end deep processing is the processing of industrial aluminum products into high value-added products through a series of processes such as cutting, welding, grinding and surface treatment. It is widely used in transportation (including railway passenger cars and container trucks, urban express transportation systems, automobiles). , heavy trucks, ships, aviation, etc.) as well as mechanical equipment and power engineering.
According to industry insiders, with the increasing pressure from domestic and foreign competition, China's aluminum processing industry needs to continue to expand consumption in the traditional field, while accelerating technological innovation and structural adjustment to meet the needs of high-end equipment manufacturing.