In the new material industry, as an important part of the strategic emerging material industry, high-performance fiber research and development and production are of great significance to promote scientific and technological progress and promote industrial upgrading. With its excellent physical and chemical properties, these fibers have shown broad application prospects in aerospace, national defense, military industry, transportation, electronic information and other fields. However, the raw material production of high-performance fibers often involves complex separation and purification processes, which require extremely high technical requirements.

Molecular distillation technology, with its unique advantages of protecting separated substances from contamination, maintaining extract quality and high separation efficiency, has gradually emerged in the production of high-performance fiber raw materials. The technology avoids material denaturation or degradation that may be caused by high temperature through low temperature operation, ensuring the purity and stability of the raw material. At the same time, the efficient separation ability of molecular distillation technology enables the active components in the raw materials to be fully enriched, providing high-quality raw materials for the production of high-performance fibers.

In this context, as an advanced extraction and separation equipment, the combined application of molecular distillation technology has brought a new breakthrough for the production of high-performance fiber raw materials. With its efficient extraction capacity, fine separation effect and stable operation performance, the combined extraction centrifugal extractor can carry out preliminary treatment of raw materials before molecular distillation, remove impurities and improve the purity of raw materials. This pretreatment process not only provides higher quality raw materials for subsequent molecular distillation, but also reduces the burden of molecular distillation to a certain extent and improves the overall production efficiency.

In addition, the combined extraction centrifugal extractor also has the advantages of continuous production and easy automatic control, which can meet the needs of large-scale, efficient and stable production of high-performance fiber raw materials. By optimizing the extraction and separation process parameters, the combined extraction centrifugal extractor can realize the precise treatment of different types and different properties of raw materials, providing strong support for the customized production of high-performance fibers.