High-performance cushioning material

The use of PAOSS for cushioning/packaging design to optimizing packaging and minimize total costs is now becoming established as a sound design principle.

Excellent cushioning

Equipped with both rigidity, due to the cell walls of its closed-cell structure, and the cushioning effect of air.

Very high shock absorbency makes it very well suited for cushioning.

Repeated cushioning performance

Change in cushioning performance after repeated impact is minimal

There is no cracking or crumbling, so it’s a superior cushioning material.

A wealth of data and design

Asahi Kasei has accumulated a huge volume of valuable data.

Optimized packaging design helps reduce total cost.

Change in cushioning effect of SUNTEC FOAM Q25 after repeated impact

Change in cushioning effect of SUNTEC FOAM<sup>™</sup> Q25 after repeated impact

Note:The values in this table are measurement results; they are not intended as specifications.

Drop height:
80cm,

1st drop

Dynamic shock absorbency characteristics

Dynamic shock absorbency characteristics

Note:The values in this table are measurement results; they are not intended as specifications.

Instantaneous maximum strain

Instantaneous maximum strain

Note:The values in this table are measurement results; they are not intended as specifications.

Drop height:
80cm,

2nd to 5th drops (average)

Dynamic shock absorbency characteristics

Dynamic shock absorbency characteristics

Note:The values in this table are measurement results; they are not intended as specifications.

Instantaneous maximum strain

Instantaneous maximum strain

Note:The values in this table are measurement results; they are not intended as specifications.