laitimes

Breaking through the US-Russian monopoly, how did China get the aircraft carrier flight deck steel in more than 500 days?

author:Super Pet I

The content of this article comes from the Internet, if it is inconsistent with the actual situation or there is infringement, please contact to delete.

Introduction:

The growth and development of China's aircraft carrier is a process full of difficulties and challenges. However, the rise of the special steel industry has played a crucial role in this journey. From the Fujian ship's straight-through deck to the electromagnetic catapult, China's aircraft carrier's magnificent achievements are dazzling, but the most crucial thing is the humble piece of flight deck steel. This article will delve into the key properties of flight deck steel and how China's special steel industry withstood the pressure to eventually make its mark in the development of aircraft carriers.

The rise of China's special steel industry

For nearly a century, many countries in the world have had excellent steel industries, but the production of flight deck steel has been monopolized by a very small number of countries. The success of China's aircraft carrier development highlights the strong level of China's special steel industry, which is achieved by going against the trend and making unremitting efforts.

Breaking through the US-Russian monopoly, how did China get the aircraft carrier flight deck steel in more than 500 days?

Requirements for flight deck steel

Flight deck steel is a vital part of aircraft carrier construction, which must meet multiple requirements such as high strength, large plate surface, magnetic resistance, high toughness, low temperature resistance, high temperature resistance, corrosion resistance and no deformation. This is because the carrier flight deck is where high-speed-jet fighters land and take off, while maintaining shape under extreme impact to ensure the safe operation of carrier-based aircraft.

Special manufacturing requirements

To meet these requirements, the manufacture of flight deck steel requires strict control of the amount of carbon used to reduce the risk factor. In addition, the thickness of the steel plate of the aircraft carrier's flight deck should not be too high to maintain smooth navigation. Steel plates must also be resistant to corrosion, as aircraft carriers often operate in highly salinity seawater and moisture. In addition, strike resistance is also necessary, because aircraft carriers, as a symbol of military power, are often targeted by hostile forces.

Breaking through the US-Russian monopoly, how did China get the aircraft carrier flight deck steel in more than 500 days?

Japan's first special steel

Historically, Japan has faced the problem of technology accumulation and lack of resources, but they have significantly improved the quality of their armor steel by comprehensively improving the armor production process, such as the research and development of VH armor steel. This technology even surpasses similar products in Western countries in some aspects, which is a classic case of technological innovation, showing that the weak can also fight back.

Blockades and difficulties in the outside world

China faced a technological blockade and difficulties in the early stages of aircraft carrier development. Especially in the field of special steel, China has a significant gap compared with countries such as the United States and Japan, which poses a severe challenge to the development of aircraft carriers. During the Cold War, the West imposed a total blockade of socialist countries, which deprived China of the key technology needed for aircraft carrier deck steel.

Breaking through the US-Russian monopoly, how did China get the aircraft carrier flight deck steel in more than 500 days?

China's own path to tackling key problems

China has sought technical help from Russia and the United States, but has refused. The "goodwill" of the United States at that time actually lurked in huge traps, and what they were most worried about was that China had its own aircraft carrier technology. In order to avoid being controlled by others, China bravely faced great difficulties, tackled problems on its own, and finally overcame the difficulties in the development of aircraft carriers.

The contribution of Angang Group

China's special steel industry has made breakthroughs, thanks in part to the outstanding contribution of Angang Group. In just one and a half years, Angang Group has overcome the manufacturing problems of aircraft carrier deck steel, enabling China to independently produce flight deck steel, and has made indelible contributions to the development of China's aircraft carrier.

Breaking through the US-Russian monopoly, how did China get the aircraft carrier flight deck steel in more than 500 days?

Epilogue:

The rise of China's special steel industry and the successful production of flight deck steel are milestones in the development of China's aircraft carriers. Despite the external blockade and difficulties, China has moved forward and bravely overcome technical difficulties. This process fully demonstrates China's determination and strength, and lays a solid foundation for the development of China's aircraft carriers. The rise of the special steel industry is not only a story of industrial development, but also a symbol of China's tenacity.

Revelation:

The above article reveals the important factors behind the development of aircraft carriers in China, especially regarding the manufacture and development of aircraft carrier flight deck steel. From this, we can draw the following important lessons:

Breaking through the US-Russian monopoly, how did China get the aircraft carrier flight deck steel in more than 500 days?

Independent technological innovation: When faced with difficulties and technical obstacles, China has not flinched, but has chosen to tackle and innovate independently. This persistence and determination is the key to success.

Criticality of the steel industry: The article highlights the importance of special steels, especially for the manufacture of aircraft carrier flight deck steels. The development and upgrading of China's steel industry is one of the important guarantees for the development of China's aircraft carriers.

Comply with national defense needs: The development of China's aircraft carriers is not only the development of technology and industry, but also a reflection of defense needs. The special requirements for aircraft carrier flight deck steel are part of the defense strength, and countries need to constantly adapt and meet these needs.

Self-reliance: The article mentions that China, in the face of external blockades and technical difficulties, has chosen to rely on self-reliance rather than relying on other countries' technology. This autonomy is of great value in both defense and industry.

Summary:

The development of China's aircraft carriers has experienced arduous exploration and independent innovation, especially in the manufacture of aircraft carrier flight deck steel. China's steel industry, particularly Angang Group, has played a key role in this process. China's independent technological research and innovative spirit has enabled it to overcome technical obstacles and ultimately succeed. This process shows that China has not only made breakthroughs in the industrial field, but also made substantial progress in the field of defense.

China's aircraft carrier development is a good example of how countries should adhere to the principles of independent innovation and self-reliance when facing difficulties and challenges. At the same time, China's success also highlights the importance of the country's steel industry, especially for the production of special steel. In this process, China has accumulated valuable experience and provided strong support for future defense and industrial development. On the international stage, the rise of China's aircraft carriers also represents the enhancement of national strength, which is of great significance for maintaining national security and regional stability.

The rise of China's aircraft carriers has had a profound impact on the international geopolitical landscape. China's aircraft carrier program has attracted widespread attention from the international community, especially in countries that are concerned about China's rise in the military field. In this process, China has adopted the path of independent research and development, not relying on external technology, which is of great exemplary significance in the international military field.

China's aircraft carrier development has also strengthened China's international cooperation and exchanges with other countries. Although China competes with Western countries in some areas, it also actively seeks to cooperate with other countries to jointly address global challenges on international issues. The construction of China's aircraft carrier requires the exchange of technology and experience with other countries, which also provides an opportunity for the international community to enhance mutual understanding and cooperation.

At the same time, China's aircraft carrier development also reminds other countries, especially those with strength in the defense and military fields, to remain vigilant and continue to strengthen their military capabilities. As the international community competes and cooperates, countries need to seek a balance between peace and security and ensure regional and global stability.

Overall, the development of China's aircraft carriers demonstrates the country's determination to innovate and become self-reliant, while also highlighting the key role of the defense industry and the steel industry. This process has had a profound impact on the international geopolitical landscape and aroused the attention and reflection of the international community. China's success in aircraft carrier construction is a lesson that provides opportunities for other countries to think and learn, and also provides new impetus for future international cooperation and competition.

The above content and materials are derived from the Internet, relevant data, theoretical research in the Internet materials, does not mean that the author of this article agrees with the laws, rules, opinions, behaviors in the article and is responsible for the authenticity of the relevant information. We are not responsible for any issues arising above or in connection with the above and the author of this article do not assume any direct or indirect legal liability.

Read on