The carbon fiber compression molding process is to put a certain amount of carbon fiber prepreg into the cavity of a metal mold, use a press machine with a heat source to generate a certain temperature and pressure, and make the prepreg enter under the action of a certain temperature and pressure. Stencil. After closing the mold, it is heated and softened in the cavity, flows under pressure, and is filled and shaped in the cavity to obtain a carbon fiber part.
The compression molding process is characterized by the need for heating during the molding process. The purpose of heating is to soften the carbon fiber prepreg and fill it with the mold cavity and accelerate the curing reaction of the material. The pressure required during the molding process is relatively high. This requires carbon fiber mold with high strength, high precision and corrosion resistance.
This type of molding process is a suitable manufacturing system for producing complex, high-strength carbon fiber, aramid fiber, or glass fiber components. Now let us introduce the process of carbon fiber compression molding:
MDC mold is a company specializing in the research and development of carbon fiber-based companies, including glass fiber, carbon fiber reinforced thermosetting and thermoplastic composite materials, and its product processing. MDC has leading molding production equipment, such as carbon fiber thermoforming machines, autoclaves, curing furnaces, etc., and has established a special laboratory for analysis and research of innovative functional materials.
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