2021
DATE
08 - 19
High-impact glass fiber/carbon fiber hybrid composite materials to build the first generation of snowmobiles for the Beijing Winter Olympics
The Tokyo Olympics has just come to an end, and the Beijing Winter Olympics is already beckoning to us. The domestically-made snowmobile developed by the Institute of Aerospace Materials and Technology under the First Academy of China Aerospace Science and Technology Corporation is expected to
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2021
DATE
08 - 18
Impact and enlightenment of the epidemic on the materials industry
The new crown virus epidemic will have an impact that cannot be ignored on China's economic development and people's production, work, life and study. As for the development of the new material industry, it has also suffered a serious dilemma.The current start of materials companies is mainly restr
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2021
DATE
08 - 17
Wall-climbing micro-robot uses carbon fiber to build a new structure
Maria Yablonina, a graduate of the University of Stuttgart, has devised a new construction method using micro-robots that are cheap, fast, and can create structures that would otherwise be impossible to build. Instead of using one or two large robots, Yablonina and the University’s Institute of
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2021
DATE
08 - 16
Thermoplastic composites are accelerating their entry into the aerospace market
The next two decades will be a very busy period for aircraft manufacturers, and thermoplastic composites are preparing to take full advantage of this opportunity. According to the 2020-2039 Commercial Market Outlook released by Boeing, by 2039, there will be 48,400 commercial aircraft flying glo
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2021
DATE
08 - 14
Fiberglass fabric strengthens buildings around the world
Alpine Shelter "Alpine Shelter". The cottage is located on the Skuta mountain in the Alps, 2118 meters above sea level.
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2021
DATE
08 - 13
Development of carbon fiber
Compared with traditional metal materials and composite materials made of other fibers, carbon fiber composite materials have the characteristics of light weight, high strength, and high modulus of elasticity. They can reduce the weight by 30% compared with traditional aluminum alloy structures, and
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