Xinxiu New Material possesses comprehensive composite material forming technologies and advanced equipment. Its core technologies include prepreg hot-press molding, OMR vacuum lamination, compression molding, and autoclave curing processes adapted for substrates such as epoxy resin and polyurethane, enabling the manufacture of lightweight, high-strength structures. The equipment system encompasses automated injection molding–hot-press integrated production lines (one-step molding) as well as high-precision RTM and compression molding tools, capable of meeting the efficient mass production needs of sectors such as consumer electronics, drone components, and sports equipment.
The integrated composite molding process uses automated layup and compression molding/autoclave technology to cure fiber prepregs in a single step into complex components, eliminating the need for traditional splicing and fastening steps. Its advantages include strong structural integrity, a high degree of process integration, and support for irregular curved surface designs, which significantly improve material utilization and drive advancements in lightweighting and green manufacturing.
The compression molding process is an important forming technology widely used in the molding of various materials. This process involves mixing chopped carbon fibers with resin or pitch, compressing the mixture in a mold, and then heating it to carbonize it, ultimately producing carbon-carbon composites. The compression molding process is not limited to carbon-carbon composites; it can also be used for the molding of thermoset and thermoplastic products.