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2022

Tianwen-1 landed on the utopian plain of Mars, and several media praised Sifang ultralight materials!

On May 15, tianwen-1, China's first Mars exploration mission, landed in the pre selected landing area in the south of the Martian Utopian plain, leaving a Chinese footprint on Mars for the first time, and taking an important step in China's interstellar exploration journey. The new magnesium lithium alloy materials used on the tianwen-1 Mars probe are developed and produced by Xi'an Sifang ultralight Materials Co., Ltd. our company has been helping the development of China's aerospace industry. In addition to the application of the tianwen-1, the new magnesium lithium alloy has also been used on the chang'e-5 probe, the lobster eye X-ray detection satellite of the Fifth Academy of Aerospace Sciences, the pujiang-1 satellite The successful application of the high-resolution micro nano satellite and the communication technology test satellite No. 3 among the first global carbon dioxide monitoring scientific experimental satellites has demonstrated the responsibility of private enterprises for building China into a space power.

Sifang

On May 15, the president sent a congratulatory message to congratulate tianwen-1 on its landing on Mars, and several media praised Sifang ultralight materials! In addition to official media such as people's daily, CCTV, Shaanxi TV origin news, Xi'an evening news and national aviation base, large websites such as Tencent, Netease News and Sohu News also reported on our company's ultralight materials.

Sifang

As the lightest metal structure material in the world, Mg Li alloy has a wide application prospect in aerospace, electronics, medical and other fields. Xi'an Sifang ultralight Materials Co., Ltd. has been established for more than ten years, focusing on the research and development, production and market application of magnesium lithium alloy materials. It has successfully developed magnesium lithium alloy materials with independent intellectual property rights in China. With the joint efforts of the vast number of aerospace scientific researchers, it has been successfully applied to multiple models of satellites and model projects since 2015, making significant contributions to the weight reduction of aerospace products in China.

Some media reports:
1.People's Daily:https://baijiahao.baidu.com/s?id=1699985190895669287&wfr=spider&for=pc
2. China economic network:http://www.ce.cn/aero/201209/24/t20120924_21254975.shtml
3. CCTV:http://www.cnr.cn/sxpd/dqzs/20210516/t20210516_525487632.shtml

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