Hybridization realized successfully to acquire excellent shock resistance with the stiffness of polystyrene and the tough yet flexible properties of polyolefin, as well as significantly improved chemical resistance.
In addition, thanks to its well balanced mechanical characteristics, it has high dimensional stability, and allows the flexible customization of performances and the shape of molded articles.
Description of shock resistance
In the unlikely event of a motor accident, PIOCELAN shock resistance reduces the shock exerted on both occupants and pedestrians in order to enhance safety.
Moreover, the cushioning materials protect high-precision instruments or fragile contents from external shock.
Description of chemical resistance
The chemical resistance of PIOCELAN is significantly improved compared with expanded polystyrene (EPS).
Consequently, as well as automobile parts, the scope of effective applications is expanding to various containers and transport cases, etc.
PIOCELAN has outstanding mechanical characteristics compared with expanded polypropylene (EPP) or expanded polystyrene (EPS).
For this reason, it has high dimensional stability to enable more precise and complex designs, which push the boundaries of conventional expanded plastics.
Cases in which PIOCELAN is adopted are expanding in the auto parts field, which requires high accuracy, and transportation materials for high-precision parts or IT instruments, which require further efficiency.
Because the physical properties of PIOCELAN can be adjusted using polymer hybrid technology, various product grades are prepared.
In addition, because grades with enhanced shock absorption or a high expansion rate are also prepared, this facilitates flexible design based on the shapes of the components / parts or packaging contents.
| SPI code marking | JIS (ISO) marking | Identifying marking for plastic cases / packages |
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