200-CA13 by Ineos is a nucleated, specially modified, highly transparent polypropylene (PP) random copolymer grade. Exhibits medium melt flow rate, good mold release, high demolding temperature... view more

240-CA12 by Ineos is a nucleated, specially modified, highly transparent polypropylene (PP) random copolymer grade. Exhibits medium melt flow rate, high gloss, good impact strength, and good mold... view more

300-CA06 by Ineos is an antistatic & nucleated polypropylene (PP) impact copolymer grade. Exhibits medium melt flow rate, high rigidity, excellent impact resistance, superior flexural modulus... view more

Eltex® MED 100-MG03 by Ineos is a non-nucleated polypropylene (PP) homopolymer grade. Exhibits medium melt flow and good parison strength. Can be processed using injection molding, extrusion and... view more

Eltex® MED 100-MG12 by Ineos is a non-nucleated polypropylene (PP) homopolymer grade. Exhibits medium melt flow and good dimensional stability. Can be processed using injection molding. Is insoluble... view more

Corton 1094 UVH is a medium to high flow polypropylene copolymer grade by PolyPacific, reinforced with 20% talc. Exhibits high rigidity, good molding, better surface appearance and dimensional... view more

Corton 1210 TF HS UV3 by PolyPacific is a medium to high flow polypropylene copolymer grade by PolyPacific, reinforced with 10% talc. Exhibits high rigidity, good molding, better surface appearance and good... view more

Corton 200 TF HS is a polypropylene homopolymer grade by PolyPacific, reinforced with 20% talc. Exhibits low to medium flow, low shrinkage, high stiffness, rigidity, good molding, better surface... view more

Corton 400 TF HS is a medium flow polypropylene homopolymer grade by PolyPacific, reinforced with 40% talc. Exhibits minimum shrinkage, high rigidity, good molding, better surface appearance and... view more

Corton C3 300 TF HS is a low to medium flow polypropylene copolymer grade by PolyPacific, reinforced with 30% talc. Exhibits rigidity, good molding, better surface appearance and good impact... view more