ICORENE® 1060 Enhanced Surface Finish by LyondellBasell is a general purpose, linear low density polyethylene (LLDPE) grade with an UV stabilizer. Possesses good flow, moldability, processability... view more

ICORENE® 1741 by LyondellBasell is a metallocene medium density polyethylene (MDPE) grade with an UV stabilizer. Possesses very good toughness, high rigidity, good moldability, impact and UV... view more

ICORENE® 1741 Black 9001 by LyondellBasell is a metallocene medium density polyethylene (MDPE) grade with an UV stabilizer. Possesses very good toughness, high rigidity, good moldability, impact and... view more

ICORENE® 3150 by LyondellBasell is a linear low density polyethylene (LLDPE) grade with an UV stabilizer. Exhibits very fast processing, fast molding cycle, good flow, moldability, toughness... view more

ICORENE® 3590 by LyondellBasell is a general purpose linear low density polyethylene (LLDPE) grade with an UV stabilizer. Exhibits good flow, moldability, processability, stiffness, toughness and UV... view more

Explore® CT PA by Matrix Polymers is a natural/ black colored, good flow polyamide 12 (PA 12, Nylon 12) grade based on a dual layer system. It is designed to offer ultimate performance in terms of... view more

Revolve® 6405 by Matrix Polymers is a general purpose polyethylene hexene (C6) grade. Exhibits good flow, excellent impact strength, good moldability and good environmental stress-cracking... view more

Revolve® ARVO 950 TLD by Matrix Polymers is a natural colored, pre-dried polyamide 12 (PA 12, Nylon 12) grade. Exhibits low moisture absorption, high stiffness, good impact strength and good... view more

Revolve® BH3239 by Matrix Polymers is a UV stabilized polyethylene hexene (C6) grade. Exhibits excellent impact strength, high stiffness & hardness, good moldability and good flow characteristics... view more

REVOLVE® BH3539 by Matrix Polymers is a UV stabilized polyethylene hexene (C6) grade. Exhibits good impact strength, medium stiffness and good moldability. It can be processed using rotational molding... view more