In the exhibition hall of Star Arrow Company, various spacecraft models such as satellites, spacecraft, space stations, and lunar rovers are arranged. "The glass covers used on their prototypes are all from Star Arrow." Lu Yong said proudly.

At present, Xingjian Company's main products, special anti-radiation glass series for aerospace, are widely used in spacecraft energy systems, temperature control systems and lighting systems, and have successfully supported all major aerospace engineering projects in China. The company has provided more than 15 million pieces of radiation-resistant glass for major aerospace engineering projects in China, without any quality errors. Star Arrow is conducting a quartz coil skeleton synthesis test. They have done this experiment more than 1000 times. "The quartz coil skeleton is the core component of a flexible accelerometer. The technology of using glass to produce quartz coil skeletons is still blank in China." Lu Yong said that flexible accelerometers are widely used in fields such as satellites, rockets, oil exploration and high-speed rail. Using glass to produce quartz coil frames can make the precision of flexible accelerometers higher, but currently China can only produce them from aluminum alloy materials. Innovation never ends. Star Arrow Company insists on making technical reserves through innovation. Currently, the thinnest glass cover used on Chinese spacecraft is 0.075 mm, while Star Arrow's technical reserve is 0.03 mm.

At the beginning of 2023, the 0.009mm ultra-thin high-temperature resistant optical glass developed by Star Arrow Company was successfully rolled off the production line. It is thinner than a cicada's wing, but it is as strong as armor. It can withstand instant high temperatures of 1200 ° C, becoming another major breakthrough in China's optical glass field. This product has excellent thickness uniformity, flexibility and heat resistance, and can be used for a long time at high temperatures of 800 ° C, setting a new limit in the industry. The products can be widely used in the consumer electronics industry and the medical industry, opening the door for the company to the civilian field. During the construction process, the kiln group and process group of the cold repair engineering headquarters organized forces to strengthen construction supervision to ensure that every link was specially responsible, from each large arch to each arch brick, and even every mud joint. Strictly control. With the close cooperation of the company and the construction unit, it took only 2.5 days to efficiently complete the masonry work of the 636-square-meter arch. With the spirit of "daring to fight hard battles and gnawing hard bones", all the participants fought against the scorching heat and high temperatures, raced against time and worked overtime. It took 59 days to complete the main masonry task of the kiln, laying a solid foundation for the subsequent ignition and production.