Views: 12 Author: Site Editor Publish Time: 2022-03-08 Origin: Site
The maturity of precision CNC machining technology is one of the main reasons for the rapid development of the aerospace industry in modern times. We can say that the leading CNC machining technology is for aerospace science and technology. This theory is based on facts. This article discusses the topic of aerospace CNC machining.
The previous propeller aircraft cannot compare to today's aircraft. Today's airplanes are often supersonic several times faster, and rockets have to reach the first cosmic speed when launched. High-speed flight places high requirements on the stability of the aircraft's structure. The plane crashes, and minimal hidden dangers often cause spacecraft accidents we see. We can say that the tolerance requirements of spacecraft parts are the most stringent in the industry. And this arduous task is often completed by the most advanced 5 axis CNC machining center.
Today that precision CNC machining gives the aerospace industry a higher possibility. On the road to challenging the limit and exploring the unknown, precision CNC machining provides the most solid guarantee.
The CNC machining center usually produces CNC machining metal parts required by the aerospace industry. These parts usually use aluminum alloy and titanium alloy. Of course, high-performance plastics are also a commonly used material in the aerospace industry. Under the premise of ensuring the strength of the product, the weight is as light as possible. It is the core concept of the aerospace industry. Although steel is a strong material, its weight determines that it cannot be the primary material of aircraft. Titanium alloy is a better choice. Titanium alloy is more robust than steel and lighter than steel. Not only that, but titanium alloys also have the characteristics of high-temperature resistance and atmospheric corrosion resistance. It is an ideal material. Of course, the price of these advantages is high cost. Aluminum alloy is a cost-effective material,it has both a particular strength and a specific corrosion resistance,at the same time ,it is lighter than titanium alloy. In producing some parts with relatively loose conditions, you can use an aluminum alloy with higher cost performance. Both materials are suitable for the CNC machining center.
In addition, high-Performance Plastics are also an aerospace material that a CNC machining center can process. Such materials are often used in the internal parts of airplanes and rockets. For example, some complicated pipes and wall panels,and this is caused by processed by CNC machining center. This material also has both flame-retardant and anti-corrosion properties.
The above is a little knowledge of how to choose aerospace CNC machining materials. In the follow-up, we will continue to have more discussions on the topic of aerospace CNC machining. If you are interested in this, you can bookmark our website. We will regularly update various news in the industry.Or are you looking for a favorite offer? Please leave your contact information, we will reply to you in time!