SABIC® COHERE™ 8102 by SABIC is a metallocene polyolefin plastomer (POP) grade. It is an ethylene-octene copolymer produced via Nexlene Technology. It performs well in a wide range of general... view more

SABIC® FORTIFY™ C1055D by SABIC is a low-density ethylene octene copolymer grade. Exhibits superior impact properties and flow characteristics. Designed for wire and cable extrusion applications... view more

SABIC® HDPE BM1052J by SABIC is a high molecular weight, TNPP free high density polyethylene (HDPE) copolymer grade with broad molecular weight distribution. It offers excellent processability, very high... view more

SABIC® LLDPE MG200024 by SABIC is a high flow, linear low density polyethylene copolymer grade with a narrow molecular weight distribution. It is typically used for masterbatches with very high... view more

SABIC® PP 49MK40 by SABIC is an anti-static, impact modified polypropylene impact copolymer (PP, Impact Copolymer) grade. SABIC® PP 49MK40 is designed for injection molding applications... view more

SABIC® PP 513MK46 by SABIC is a phthalate-free polypropylene impact copolymer. Exhibits very good impact resistance, excellent isotropic shrinkage performance (dimensional stability), high... view more

SABIC® PP 513MN40 by SABIC is a controlled rheology polypropylene (PP) grade with very high fluidity. It contains antistatic agent and provides good impact resistance even at low temperature. It is... view more

SABIC® PP 58MNK10 by SABIC is polypropylene impact copolymer with excellent gloss level. It contains nucleating agent. It combines excellent stiffness with high impact resistance. It has a low... view more

SABIC® PP 623B by SABIC is a weldable polypropylene random copolymer (PP, Random Copolymer) grade. It contains anti-blocking agent. It is suitable for processing by film extrusion. It is recommended... view more

SABIC® PP 670K by SABIC is an antistatic polypropylene random copolymer (PP, Random Copolymer) grade. Is suitable for processing by injection molding. SABIC® PP 670K is recommended for packaging... view more

SABIC® PP 671K by SABIC is a polypropylene random copolymer (PP, Random Copolymer) grade. Is suitable for processing by injection molding. SABIC® PP 671K is recommended for packaging application... view more

SABIC® PP 674K by SABIC is a polypropylene random copolymer (PP, Random Copolymer) grade. Is suitable for processing by injection molding. SABIC® PP 674K is recommended for packaging application... view more

SABIC® PP 681K by SABIC is a polypropylene random copolymer (PP, Random Copolymer) grade. SABIC® PP 681K is suitable for processing by injection molding... view more

SABIC® PP CX02-81 by SABIC is an UV stabilized, high crystalline polypropylene (PP) copolymer. It contains nucleating agent. It offers high stiffness in perfect balance with high thermal dimensional... view more

SABIC® PP CX02-82 by SABIC is an emission optimized, UV stabilized, high crystalline polypropylene copolymer (PP) grade with nucleating agent additive. It exhibits high impact resistance, thermal... view more

SABIC® PP CX03-81 by SABIC is an UV stabilized, high crystalline polypropylene (PP) copolymer resin with excellent aesthetic properties. It contains nucleating agent as additive. It exhibits high... view more

SABIC® PP CX03-82 by SABIC is an emission optimized, UV stabilized, high crystalline polypropylene copolymer (PP, Copolymer) grade with a nucleating agent additive. It exhibits high impact resistance... view more

SABIC® PP CX04-81 by SABIC is high crystalline polypropylene copolymer (PP, Copolymer) grade. It possesses low warpage and is suitable for processing by injection molding. SABIC® PP CX04-81 is... view more

SABIC® PP CX04-82 by SABIC is a high crystalline polypropylene copolymer (PP, Copolymer) grade. Possesses low warpage and is suitable for processing by injection molding. SABIC® PP CX04-82 is... view more

SABIC® PP FPC70 by SABIC is a phthalate free, nucleated polypropylene impact copolymer [PP, Impact Copolymer] grade with good antistatic performance. Exhibits good flow and superior stiffness... view more