BD950MO by Borealis is an odorless, recyclable, polypropylene (PP) heterophasic copolymer. Contains slip, antistatic additives and exhibits good demolding properties, low dust attraction and low... view more

Bormed™ HF840MO by Borealis is an odorless, recyclable, polypropylene (PP) homopolymer containing a slip agent. It is sterilized by ethylene oxide and steam. Exhibits good processability, easy... view more

Bormed™ RG835MO by Borealis is an odorless, recyclable, polypropylene (PP) random copolymer containing a nucleating and a slip agent. It is sterilized by ethylene oxide and steam. Exhibits high... view more

Bormed™ RG835MO-12 by Borealis is a transparent, recyclable, random copolymer of polypropylene with a high melt flow. It is modified with slip agents. It offers low surface friction. It exhibits... view more

CG8410 by Borealis is an odorless, recyclable, high density polyethylene (HDPE) grade. Exhibits excellent moisture barrier, good processability, low friction, increased surface hardness, stiffness... view more

DOMAMID® 66AFST1UV is an unreinforced, impact modified, UV stabilized polyamide 66 (PA 66) grade. Exhibits improved flowability & impact resistance, high mechanical strength & stiffness, rigidity... view more

DOMAMID® 66AFSTUV is an unreinforced, impact modified, UV stabilized polyamide 66 (PA 66) grade. Exhibits improved flowability & impact resistance, high mechanical strength & stiffness, rigidity... view more

DOMAMID® 66B15AFH is a heat stabilized polyamide 66 (PA 66) grade reinforced with 15 % glass bead. Exhibits improved flow, high mechanical strength & stiffness, rigidity, thermal stability, good... view more

DOMAMID® 66B30 is a polyamide 66 (PA 66) grade reinforced with 30 % glass bead. Exhibits high mechanical strength & stiffness, rigidity, thermal stability, good impact resistance even at low... view more

DOMAMID® 66B30FC is a polyamide 66 (PA 66) grade reinforced with 30 % glass bead. Exhibits high mechanical strength & stiffness, rigidity, thermal stability, good impact resistance even at low... view more