The 9th electric vehicle Orion D is unveiled, equipped with a 12 inch motor and alloy frame, supporting 1.5 hour fast charging

The 9th electric vehicle Orion D is unveiled, equipped with a 12 inch motor and alloy frame, supporting 1.5 hour fast charging

Before reading, first click on the word "Follow" above. Thank you for your support, and we will bring you more valuable contentAt present, the electric vehicle market is mainly divided into two camps: traditional electric vehicle brands led by Yadi, Emma, and Tailing, and internet electric vehicle brands led by No...

How does the optimization of Mg and Mn components affect the microstructure and properties of 5083 aluminum alloy?

How does the optimization of Mg and Mn components affect the microstructure and properties of 5083 aluminum alloy?

Before reading the article, please kindly click on the "Follow" button in the upper right corner to facilitate your discussion and forwarding, and continue to follow high-quality daily content~With the increasing demand for marine resources by humans, the requirements for marine equipment and related materials are also increasing. 5083 aluminum alloy is a typical Al Mg alloy with good corrosion resistance, welding performance, and processing performance...

Australian scientists have developed a new type of titanium alloy using 3D printing

Australian scientists have developed a new type of titanium alloy using 3D printing

According to Xinhua News Agency, Sydney, June 11 (Reporter Hao Yalin), scientists from University of Sydney, Australia, Royal Melbourne University of Technology and other institutions have developed a new type of titanium alloy through unique alloy design and 3D printing technology. The new research provides a feasible method for more sustainable manufacturing of high-performance titanium alloys, which can be widely used in aerospace, biomedical, Chemical engineering, national defense, clean energy and other fields...

3D printing technology creates a new type of titanium alloy

3D printing technology creates a new type of titanium alloy

Science and Technology Daily, Beijing, May 31 (Reporter Zhang Jiaxin) - International research teams including the Royal Melbourne Institute of Technology in Australia and the University of Sydney have combined alloys and 3D printing processes to create a new titanium alloy that is strong but not brittle under tension. This breakthrough, published in the latest issue of Nature, brings hope for the development of a new class of more sustainable high-performance titanium alloys used in aerospace, biomedical, chemical engineering, space and energy technologies...