In the automotive industry chain, parts transportation is a critical link between production and the end-user. However, auto parts are diverse and complex in shape. External forces such as impact and vibration during transportation pose a constant threat to their safety. These forces can cause surface scratches, structural deformation, and even functional damage, impacting proper use. Against this backdrop, on-site foam packaging is gaining increasing attention as a reliable guarantee for auto parts transportation safety.
Auto parts inevitably experience various bumps and collisions during transportation, and foam packaging effectively addresses these challenges. Foaming liquids A and B rapidly expand through a chemical reaction, forming a polyurethane foam material with excellent cushioning and shock-absorbing properties. This foam absorbs the various external forces and vibrations generated during transportation, providing reliable protection for auto parts and ensuring their proper function during transportation.
Auto parts come in a wide variety of shapes and sizes. Using traditional mold-making methods for packaging is not only difficult, but also expensive and time-consuming. Xiamen Aimesen New Materials Inc.‘s foam packaging can be customized to the exact shape and size of auto parts, foaming and molding on-site without the need for molds. The foam material, stored in liquid form, automatically expands and fills the gaps during use through the accompanying foaming equipment. Upon cooling, it forms a protective layer that conforms to the auto part. For small-batch or high-volume auto parts manufacturers, this packaging method not only saves mold costs but also significantly improves packaging efficiency. It also eliminates the need for mold inventory, reducing warehousing costs.
Ordinary foam packaging often only provides general support for the contours of auto parts and lacks sufficient protection for complex corners and crevices, presenting certain limitations in protecting auto parts. Xiamen Aimesen New Materials Inc.‘s foam packaging, on the other hand, can be molded to the surface shape of the part, wrapping around every corner and filling any gaps to create a protective layer that conforms to the auto part. This effectively reduces displacement and collision during transportation, further minimizing the risk of damage.
