Core Viewpoint - The company is actively expanding its product applications in the commercial aerospace sector and is engaging with suppliers in the aerospace industry chain [2] Group 1: Product Development and Applications - The company has developed and produced aluminum-based rare earth intermediate alloys and high-end aluminum-based intermediate alloys, which are used in the manufacturing of aluminum alloys for civil aircraft, commercial aircraft, spacecraft, and rockets [2] - The aerospace-grade special intermediate alloys produced by the company are primarily applied in titanium alloys and high-temperature alloy fields, successfully used in critical components such as aircraft engine exhaust plugs, fan blades, nozzle components, landing gear, brake discs, and fasteners [2] - The company has also developed new composite materials, including silicon-aluminum alloys, aluminum-based composite materials, microcrystalline aluminum alloy materials, and 3D printed aluminum alloy materials, which can be used in aerospace electronic packaging, aircraft components, rocket components, and optical devices [2]

Core Viewpoint - The company is actively expanding its product applications in the commercial aerospace sector, collaborating with both domestic and international suppliers in the aerospace industry chain [2]. Group 1: Product Applications - The company has developed aluminum-based rare earth intermediate alloys and high-end aluminum-based intermediate alloys, which are used in the manufacturing of aluminum alloys for civil aircraft, commercial aircraft, spacecraft, and rockets [2]. - The aerospace-grade special intermediate alloys produced by the company are primarily applied in titanium alloys and high-temperature alloy fields, successfully used in critical components such as aircraft engine exhaust plugs, fan blades, nozzle components, landing gear, brake discs, and fasteners [2]. - The company has also developed new composite materials, including silicon-aluminum alloys, aluminum-based composite materials, microcrystalline aluminum alloy materials, and 3D printed aluminum alloy materials, which can be utilized in aerospace electronic packaging, aircraft components, rocket components, and optical devices [2].

Core Viewpoint - The company, Lichung Group, is actively involved in the aerospace sector, focusing on the research and production of advanced aluminum-based alloys and composite materials for various aerospace applications [2] Group 1: Aerospace Applications - The company has developed aluminum-based rare earth intermediate alloys and high-end aluminum-based intermediate alloys that are utilized in the manufacturing of components for civil aircraft, commercial aircraft, spacecraft, and rockets [2] - The aerospace-grade special intermediate alloys produced by the company are primarily used in titanium and high-temperature alloy applications, successfully contributing to critical components such as aircraft engine exhaust nozzles, fan blades, nozzles, landing gear, brake discs, and fasteners [2] - Additionally, the company has researched silicon-aluminum alloys, aluminum-based composite materials, microcrystalline aluminum alloys, and 3D printed aluminum alloys, which can be applied in aerospace electronic packaging, aircraft components, rocket components, and optical devices [2]

Core Viewpoint - The company, Lichung Group, has successfully developed and produced aluminum-based rare earth intermediate alloys and high-end aluminum-based intermediate alloys for applications in the aerospace sector, including components for civil and commercial aircraft, spacecraft, and rockets [1] Group 1: Aerospace Applications - The aluminum-based alloys produced by the company are utilized in the manufacturing of critical components such as aircraft engine exhaust plugs, fan blades, nozzle components, landing gear, brake discs, and fasteners [1] - The aerospace-grade special intermediate alloys are primarily applied in the fields of titanium alloys and high-temperature alloys [1] Group 2: New Material Development - The company has also developed new composite materials, including silicon-aluminum alloys, aluminum-based composite materials, microcrystalline aluminum alloys, and 3D printed aluminum alloys [1] - These new materials can be used in aerospace electronic packaging, aircraft components, rocket components, and optical devices [1]

Group 1: Industry Overview - The commercial aerospace sector is experiencing significant growth, with multiple stocks hitting the daily limit up [1] - Companies are actively engaging with investors and stakeholders regarding their developments in the commercial aerospace field [1] Group 2: Company Highlights - ChipMotion Technology produces high-performance MEMS inertial sensors, which are core components for inertial navigation in commercial aerospace, achieving navigation-grade precision and filling a domestic gap in the high-performance silicon-based MEMS inertial sensor market [1] - GaoHua Technology is expanding its presence in the aerospace market, with applications in ground testing equipment, rocket engines, telemetry systems, and launch vehicles, establishing partnerships with commercial aerospace firms [1] - Lichung Group is actively developing aluminum-based rare earth intermediate alloys for use in civil and commercial aircraft, as well as rocket components, contributing to critical aerospace manufacturing [2] - Shaanxi Huada specializes in electrical connectors for commercial aerospace satellite manufacturing, leveraging extensive project experience and technical expertise [2] - Zhangjiang Hi-Tech has invested in Blue Arrow Aerospace Technology Co., Ltd. through its subsidiary fund, indicating a strategic move into the aerospace sector [3]