What is the winding of the fiber?
The fiber winding is a technique used to produce composite materials that are materials made of two or more physically and chemically different substances. Filaments are wound around a form of a mold called male form or Mandrel. The most common fibers used in this process are glass, carbon and aramid fibers. This technique is particularly important for products in the aviation and industrial sector.
As a highly automated procedure, the fiber winding process is usually accurate and accurate in its measurements. The fibrous material is soaked in a resin bath and covered with low to medium molecular weight reactants. The thread then gather from cylindrical coils and wrapped around the mandrel. When the material is wound, either epoxy resin, epoxy or polyester resin is poured on it. This helps to wind up the thorn and the threads will be placed in the right pattern, according to the final application. Specialized computer programs are generally used to control this accurate process. HeatNo fiber and facilitates the removal of new components from the market form. The component is carefully extracted using a machine that maintains the market structure and components. After extraction, the new structure of the compound fibers is ready for processing and use.
The fiber arrangement is essential for how the final product is created. A high -angle pattern of fiber toleration promotes a greater strength of crushing in the material. The crushing force indicates the amount of pressure force required to break or rupt the material. The arrangement of the fibers at low angular pattuern improves the strength of the material. Tensile strength is the amount of tension that the material can take when pulling or stretching before tearing or breaking.
High strength and weight ratio in the structure of the component is the result of the strictness of the fiber winding process. This final structure is able to withstand high pressure and tension, whether it is shaped as a spiral, balls or cylinder. Of thatThe reason is composed structures made of this process in the industry highly valued. Such components are used as pressure vessels, aircraft, energy poles, pipes and much more.