What are the trends of aerospace forgings in the future?

The development trend of aerospace forgings in the future mainly has the following aspects:

Large and lightweight: As aerospace spacecraft need to carry more payloads and improve performance, its forgings will develop in the direction of large and lightweight. Large size can increase the carrying capacity of aerospace spacecraft, while light weight can improve the flight speed and fuel efficiency of aerospace spacecraft.

High strength and high temperature resistance: The working environment of aerospace spacecraft is very harsh, and it needs to face the test of high strength and high temperature. Therefore, its forgings will develop in the direction of higher strength and high temperature resistance.

Environmental protection and sustainable development: With the improvement of human awareness of environmental protection, the production of aerospace forgings will also develop in the direction of environmental protection and sustainable development. For example, the use of more environmentally friendly materials to make forgings, or the use of more energy-efficient forging processes.

High precision and high quality: the performance and safety of aerospace spacecraft need to be guaranteed, so its forgings will also develop in the direction of high precision and quality. High precision can ensure that the forgings are more in line with the design requirements and improve the performance of aerospace spacecraft, while high quality can ensure the quality stability of the forgings and reduce the occurrence of failures.

Intelligence and automation: With the development of science and technology, the production of aerospace forgings will also develop in the direction of intelligence and automation. Intelligence and automation can improve production efficiency and quality stability, but also reduce the labor intensity of workers, improve production safety.

In short, the development trend of aerospace forgings in the future will be toward large-scale, lightweight, high strength, high temperature resistance, environmental protection, sustainable, high precision, high quality, intelligent and automated direction to meet the ever-improving performance and safety needs of the aerospace field.