Polymer Property : Bulk Density = 0.0333 g/cc Product List

Physical Properties

Tips: 30 items are displayed at most. For the rest of the results, please contact customer service.

Physical Properties	Metric	English	Comments
Bulk Density	0.0333 g/cc	0.00120 lb/inÂ³	After expansion; ASTM D3575
Sekisui PIOCELAN LSP-30EB Moldable Polymer Foam A hybrid moldable resin material PIOCLEAN, consisting of polystyrene and polyolefin, achieves performance exceeding that of the individual components by effectively combining materials with drastica..
Bulk Density	0.0333 g/cc	0.00120 lb/inÂ³	After expansion; ASTM D3575
Sekisui PIOCELAN OP-30DB Moldable Polymer Foam A hybrid moldable resin material PIOCLEAN, consisting of polystyrene and polyolefin, achieves performance exceeding that of the individual components by effectively combining materials with drastica..
Bulk Density	0.0333 g/cc	0.00120 lb/inÂ³	After expansion; ASTM D3575
Sekisui PIOCELAN OP-30E Moldable Polymer Foam A hybrid moldable resin material PIOCLEAN, consisting of polystyrene and polyolefin, achieves performance exceeding that of the individual components by effectively combining materials with drastica..
Bulk Density	0.0333 g/cc	0.00120 lb/inÂ³	After expansion
Sekisui PIOCELAN OP-30EU (Low VOC, Low odor) Moldable Polymer Foam A hybrid moldable resin material PIOCLEAN, consisting of polystyrene and polyolefin, achieves performance exceeding that of the individual components by effectively combining materials with drastica..
Bulk Density	0.0333 g/cc	0.00120 lb/inÂ³	After expansion
Sekisui PIOCELAN OP-E30ENS (Antistatic) Moldable Polymer Foam A hybrid moldable resin material PIOCLEAN, consisting of polystyrene and polyolefin, achieves performance exceeding that of the individual components by effectively combining materials with drastica..
Bulk Density	0.0333 g/cc	0.00120 lb/inÂ³	After expansion; ASTM D3575
Sekisui PIOCELAN TOPF-30DB Flame Retardant Moldable Polymer Foam A hybrid moldable resin material PIOCLEAN, consisting of polystyrene and polyolefin, achieves performance exceeding that of the individual components by effectively combining materials with drastica..