PPSU Aero Hand Rest Plastic Injection Mold

Our company's professionalism and technical strength in the field of PPSU Aero hand rest Mould and injection molding are truly admirable. As one of the key internal components of aircraft, aerospace has extremely high requirements for precision and quality, and your company has successfully met the special requirements in this field with its superb technology and strict process control.

During the mold design stage, your company is well versed in the complex structure and stringent performance requirements of aviation handrails, and uses advanced CAD/CAM technology to conduct precise modeling and simulation analysis of the mold to ensure that every detail meets the design requirements. This ultimate pursuit of details is the basis for ensuring stable and reliable quality of the final product.

In the mold making stage, advanced CNC processing equipment and precision measurement technology are used to ensure the accuracy and quality of the mold. The use of high-precision equipment not only improves the processing efficiency of the mold, but also ensures the accuracy and consistency of the mold, providing a strong guarantee for the production of high-quality aviation handrail products.

Great attention is also paid to the selection and processing of raw materials. High-quality PPSU raw materials are selected, and strict formula mixing and additive addition are carried out to ensure that the performance and quality of the raw materials are at their best. This strict control of raw materials provides strong support for the production of aviation armrest products with excellent performance.

During the injection molding production process, injection molding temperature, pressure, speed and other parameters are strictly controlled to ensure that the molten PPSU material fills the mold evenly and quickly under high pressure, and forms a high-quality aviation handrail product after cooling and solidification. This precise control of the injection molding process ensures that the dimensional accuracy, surface quality and mechanical properties of the product meet the design requirements.