General Aviation Aircraft Manufacturing Process   Over the decades, certified and experimental general aviation has increasingly adopted composite materials, with composite manufacturing further driven by material and process innovations and the evolving AAM market.     The DarkAero1 is a long-range, high-speed, two-passenger, experimental, all-composite aircraft. The entire fuselage is made primarily of carbon

  [Technical Tips] Detailed Explanation of Advanced Fiber Structures For Aerospace Composites (IV): Examples Of Fiber Structures in Aerospace Applications   Abstract   To achieve structural reinforcement in the aerospace field, the reinforcing fibers need to have very high performance in terms of strength, stiffness, heat resistance or chemical resistance. Textile structural composites are materials

My Opinion On HP-RTM Process   Composite materials are developing rapidly. As composite materials enter more and more fields, experts and scholars in various fields have their own views on the application, process and performance of composite materials based on their own characteristics. Therefore, experts and scholars in different fields often have different views and

  HP-RTM Yesterday, Today And Tomorrow: What Leading Industry Experts Say   Decades of development have led to breakthroughs in HP-RTM, but the future requires industry solutions that can adapt to operating costs, complexity and process control requirements.     Two BMW technicians carry a cured, mostly finished side frame   Structural carbon fiber reinforced

  HP-RTM Process Technology Introduction and Advantages   What is HP-RTM?   HP-RTM process technology is a new RTM process technology introduced in recent years for mass production of high-performance thermosetting composite parts.   It uses preforms, steel molds, vacuum-assisted exhaust, high-pressure injection and resin impregnation and curing processes under high pressure to achieve low-cost,

  What Influence Do Raw Materials Have On The RTM Process?   The properties of raw materials, resin viscosity, surface tension, fiber surface treatment, fiber arrangement, fabric form and resin wettability are all important factors affecting the RTM process and the quality of parts.   The purpose of emphasizing these factors is mainly to enable

  RTM Robot Customization Project   The patented RTM process was developed for the manufacture of monolithic and hybrid components: The fully automated, sensor-based RTM injection molding process enables the production of complex parts in a wide range of materials and geometries in a single process, while maintaining excellent surface quality. Various requirements regarding component