Carbon Fiber Compression Molding is an advanced process widely used in the manufacturing of high-strength and lightweight composite componentsThis process has become an important manufacturing technology in industries such as aerospace, automotive, and sports equipment due to its high efficiency, high precision, and excellent mechanical properties

An advanced manufacturing process that utilizes a sealed pressure vessel (hot press tank) to apply controllable high temperature, high pressure, and vacuum environment to carbon fiber prepreg (pre impregnated resin fibers) laid on a mold, allowing it to solidify and form high-performance composite parts

Core concept: A composite material forming process that utilizes vacuum negative pressure as the sole or primary pressing forceSeal the carbon fiber reinforced material (dry cloth+resin, or prepreg) stacked on the mold with a vacuum bag

Filament Winding is a manufacturing technology that uses continuous carbon fiber yarn to wrap and impregnate resin on a rotating core mold. Due to its high efficiency and strength characteristics, it is widely used in the manufacture of cylindrical or rotationally symmetric composite components

Roll Wrapping is an advanced process for manufacturing tubular components using carbon fiber prepreg through rolling and winding techniques. It is highly favored in multiple industries for its lightweight, high strength, and design flexibility

Pultrusion is an automated process for continuous production of carbon fiber composite profiles. It involves impregnating carbon fiber yarns with resin and pulling them through a heated mold to produce components with consistent cross-section and excellent performance. This process is widely used in the fields of construction, automotive, and infrastructure due to its high efficiency and productivity.

Carbon fiber RTM (Resin Transfer Molding) process is a closed mold composite material manufacturing technology, which injects resin into pre formed carbon fiber preforms and uses the mold to apply pressure to complete curing and molding. This process is widely used in aerospace, automotive industry and other fields due to its high precision and excellent surface quality.