News dynamics

Company Information

Industry dynamics

Application of titanium flange in aviation and new aircraft

Application of titanium flange in aviation and new aircraft

Due to the special requirements of space vehicles in reducing structural weight and improving structural efficiency, the aviation and aerospace industry has always been the main object of the promotion and application of titanium alloys. Especially in the early development of titanium flanges, that is, the 1950 s, titanium flanges are almost entirely used in the manufacture of aircraft. Only since the 1960 s did it gradually expand to petroleum, chemical, shipbuilding, power stations and other departments. Today, it can still be said that the development of aviation and aerospace technology is the basic factor to promote the advancement of titanium flanges. In turn, the emergence of new materials also contributes to the development and application of new aircraft.

28

2022

/

07

Constantly innovate, continue to introduce more and better services, build intelligent Chinese enterprises, and achieve intelligent entrepreneurs!

Constantly innovate, continue to introduce more and better services, build intelligent Chinese enterprises, and achieve intelligent entrepreneurs!

With the continuous development of blockchain technology, its application in the field of website security has gradually shown its potential. This article will delve into how blockchain technology is changing website security standards, including aspects such as authentication, data protection, and protection against cyberattacks. Through this technology, the security of the website can be improved, resulting in a more reliable online environment for users and businesses.

10

2022

/

01

Technological innovation is the key to the core competitiveness

Technological innovation is the key to the core competitiveness

The Group believes that in the information age of economic globalization, informatization will become the only way for SMEs to enhance their competitiveness, and e-commerce will become the key path for enterprises to achieve informatization. Therefore, the Group will continue to focus on promoting the e-commerce and informatization process of Chinese SMEs, continue to innovate, continue to introduce more and better services, build intelligent Chinese enterprises, and achieve smart entrepreneurs!

12

2021

/

11

Production Technology and Application Field of Titanium Wire

Production Technology and Application Field of Titanium Wire

In Japan, the production technology of titanium has been established for more than 20 years, and the output has gradually increased to about 10000 t/a. However, the output of titanium wire is very low, only about 200t per year, the scope of use is limited to welding wire, aircraft bolt spectacle frame and fencing mask, etc., can be said to have not been formally used stage

12

2021

/

11

Processing Technology of Titanium Alloy Ingot

Processing Technology of Titanium Alloy Ingot

Because the microstructure of titanium alloy is easily affected by processing variables, microstructure control is the foundation of successful processing of titanium alloy, so one of the main purposes of forging is to obtain the comprehensive mechanical properties of titanium material. Titanium and titanium alloy forging according to the heating temperature can be divided into: lower than the beta transformation point (alpha beta) forging and higher than the beta transformation point of beta forging. The higher the processing temperature in the (αβ) region, the more β phase can be transformed upon cooling. Section size requirements are important, the number of machining operations is multiple, regular forging requires two or three operations, and isothermal forging requires only one. The effect of (αβ) forging on the microstructure is cumulative, especially the change in α morphology, so that each successful (αβ) machining operation produces a change in the structure obtained by the previous operation. The alpha phase transformation in beta alloys during forging is not universal, so the typical forging of beta alloys is above the beta transformation point.

12

2021

/

11

Traditional processing methods and processes of titanium alloy materials such as titanium wire and titanium rod

Traditional processing methods and processes of titanium alloy materials such as titanium wire and titanium rod

The traditional methods of titanium and titanium alloy processing mainly include ingot metallurgy (or plastic processing), casting and powder metallurgy. Titanium and titanium alloy ingot metallurgy process is the sponge titanium, intermediate alloy or pure metal casting into ingot, and then hot and cold processing into titanium. Ingot processing methods include forging, rolling, extrusion, drawing, stamping and spinning, etc., of which forging is essential, the most basic and the most important method, followed by rolling, a small part of titanium is extruded and drawn into the material, spinning is a supplementary way, the use of the least. These five kinds of titanium ingot processing methods have their own characteristics and are complementary. In the process of processing titanium and titanium alloy materials, if one method is not enough, it can be processed into finished or semi-finished titanium alloys of various shapes and specifications by several methods. Plastic processing of titanium alloy has the characteristics of large deformation resistance, low plasticity, high yield strength and tensile strength ratio, large springback, sensitive to notch, easy to bond with mold during deformation process, easy to oxidize when heated at high temperature, etc. Plastic processing of titanium alloy is more difficult than steel, copper and aluminum.

09

2021

/

11

Performance Characteristics of Titanium Alloy Bars for Additive Manufacturing

Performance Characteristics of Titanium Alloy Bars for Additive Manufacturing

Titanium alloy has the characteristics of high strength and light weight, its density is much lower than steel, but the strength can be comparable to some engineering metals. This makes titanium alloy bars widely used in additive manufacturing for various components that require high strength and light weight, such as structural parts of aerospace vehicles.

09

2021

/

11

< 1 >

Application of titanium flange in aviation and new aircraft

07-28

2022

Application of titanium flange in aviation and new aircraft
Application of titanium flange in aviation and new aircraft

Constantly innovate, continue to introduce more and better services, build intelligent Chinese enterprises, and achieve intelligent entrepreneurs!

01-10

2022

Constantly innovate, continue to introduce more and better services, build intelligent Chinese enterprises, and achieve intelligent entrepreneurs!
Constantly innovate, continue to introduce more and better services, build intelligent Chinese enterprises, and achieve intelligent entrepreneurs!

Technological innovation is the key to the core competitiveness

11-12

2021

Technological innovation is the key to the core competitiveness
Technological innovation is the key to the core competitiveness

Production Technology and Application Field of Titanium Wire

11-12

2021

Production Technology and Application Field of Titanium Wire
Production Technology and Application Field of Titanium Wire

Processing Technology of Titanium Alloy Ingot

11-12

2021

Processing Technology of Titanium Alloy Ingot
Processing Technology of Titanium Alloy Ingot

Traditional processing methods and processes of titanium alloy materials such as titanium wire and titanium rod

11-09

2021

Traditional processing methods and processes of titanium alloy materials such as titanium wire and titanium rod
Traditional processing methods and processes of titanium alloy materials such as titanium wire and titanium rod

Performance Characteristics of Titanium Alloy Bars for Additive Manufacturing

11-09

2021

Performance Characteristics of Titanium Alloy Bars for Additive Manufacturing
Performance Characteristics of Titanium Alloy Bars for Additive Manufacturing
< 1 >