The Application And Function of Carbon Fiber Graphitization Furnace

The application and function of carbon fiber graphitization furnace

The carbon fiber graphitization furnace is a special device specifically designed for the production of carbon fibers. This equipment uses graphite as the raw material. Through high temperature, the amorphous carbon part in the carbon fiber raw material is transformed into a graphite structure, thereby endowing the carbon fiber with excellent stability and heat resistance. Graphitization furnaces can be customized according to customer requirements, including but not limited to tasks such as carbon fiber production, research and development, experimentation, testing, and high-temperature furnace equipment matching.

The carbon fiber graphitization furnace is mainly used for the production of high-strength and high-modulus carbon fibers. Its main functions include:

1. Provide a high-temperature environment to enable carbon fibers to fully undergo graphitization transformation, thereby enhancing their strength and modulus and making them valuable for application.

2. By controlling the graphitization process and precisely regulating the degree of graphitization of carbon fibers, the performance of carbon fibers can be precisely regulated to meet the demands of different application scenarios.

In addition, the carbon fiber graphitization furnace can also be used for the graphitization treatment of other carbon materials, such as graphite and carbon nanotubes. Among them, graphite is a representative by-product. The vast majority of carbon fiber composites use natural graphite with a high degree of graphitization or other graphite-based materials that have undergone graphitization treatment.