Beyone Resin Help Improve the Structure of New Energy Vehicles
Pultrusion Offers Unique Advantages for Structural Components
Pultrusion is a process for continuously producing fiber-reinforced polymer composites with a constant cross-section.
As composites reinforced by continuous fibers in the longitudinal direction of the cross-section, pultruded products typically have high zero-degree strength, making them ideally suited for structural components.
The thermosetting resin in a pultrusion formulation has a significant impact on the final composite material properties. Thermosetting resins usually have a direct influence on the corrosion resistance, the heat resistance, the surface quality of the product, etc.. To a certain extent, they determine the level of mechanical properties of the product. Thermosetting resins that match the working conditions can also help the entire production process, making it easy to acquire continuous, standardized process performance, and improve the yield rate.
Thermoset composites have long been used in the automotive industry thanks to their lightweighting, insulating and easy-to-design characteristics.
AOC Beyone TM Formulations Applied to New Energy Vehicle Structural Parts
In recent years, due to the rapid development of new energy vehicles, the demand for materials for new energy vehicles has gradually increased, and the special characteristics of new energy vehicles dictate that their chassis may be widely distributed with communication or power cables.
Prior to this, most of the chassis structure of the vehicles is mainly metal. The traditional metal structural components need to overcome the defects that metal are prone to electric conduction, which is hard to make up in the design.
Applying AOC special Beyone TM series resins and through the pultrusion process, this type of composite materials has been integrated in new energy vehicles chassis structure by the design unit. this product has a low density, high strength, high flame retardant, electrical breakdown resistance and other advantages, making up for the weakness of the traditional metal materials.
Because of its designability, it can meet the needs of different structures, giving designers a higher degree of design freedom.
The person in charge of a material production unit, an AOC partner, said, "Thanks to the cooperation and support of AOC China, we have higher competitiveness in this project, and the excellent performance of AOC resin also gives the owner firm confidence in applying composite materials."
