Fiberglass composite materials reshape the low-altitude economic industry structure
(I) Promote the performance improvement of low-altitude aircraft. The lightweight characteristics of glass fiber composite materials enable low-altitude aircraft to carry more fuel and equipment without increasing weight, thereby improving the endurance and load capacity of the aircraft. At the same time, its high strength and corrosion resistance ensure the safety and reliability of the aircraft in various complex environments, and promote the overall improvement of the performance of low-altitude aircraft.
(II) Promote the coordinated development of the industrial chain. The development of glass fiber composite materials has driven the coordinated development of various links in the industrial chain, such as upstream raw material supply, midstream material manufacturing and downstream application development. Upstream companies continue to optimize the production process of glass fiber and improve material performance; midstream companies strengthen the research and development and production of composite materials to meet the needs of different application fields; downstream companies actively develop low-altitude aircraft products based on glass fiber composite materials to promote the industrialization process of low-altitude economy.
(III) Create new economic growth points. With the widespread application of glass fiber composite materials in the field of low-altitude economy, related industries have ushered in new development opportunities. From material manufacturing to aircraft production, and then to operation services, a complete industrial chain has been formed, creating a large number of employment opportunities and economic benefits. At the same time, the development of the low-altitude economy has also driven the prosperity of surrounding industries, such as aviation logistics, tourism, etc., injecting new impetus into economic growth.