CAPILENE® CT 71 A by Carmel Olefins is a recyclable, eco-friendly, specialty polypropylene (PP) grade combining the typical advantages of polypropylene random and heterophasic copolymers. Exhibits... view more

CAPILENE® CT 80 A by Carmel Olefins is a recyclable, eco-friendly, specialty polypropylene (PP) grade combining the typical advantages of polypropylene random and heterophasic copolymers. Exhibits... view more

CAPILENE® R 50 by Carmel Olefins is a general purpose, recyclable, eco-friendly and non-toxic polypropylene (PP) homopolymer grade. Contains basic additive package. CAPILENE® R 50 is insoluble in... view more

CAPILENE® SG 50 by Carmel Olefins is a heterophasic, recyclable, eco-friendly and non-toxic polypropylene (PP) impact copolymer grade. Exhibits good stiffness and high impact strength properties... view more

CAPILENE® SL 50 by Carmel Olefins is a heterophasic, recyclable, eco-friendly and non-toxic polypropylene (PP) impact copolymer grade. Exhibits good stiffness and high impact strength properties... view more

60505 is a low cost, linear medium density polyethylene (MDPE) grade with butene copolymer having narrow molecular weight distribution. Possesses good impact strength, whiteness, high stiffness... view more

60507 is a is a good flow, low cost, linear medium density polyethylene (MDPE) grade with butene copolymer having narrow molecular weight distribution. Possesses good impact strength, whiteness... view more

HD – I3 HC 7260(THE) is an good flow, low cost, high density polyethylene (HDPE) with 1-butene as co-monomer. Possesses good impact strength, good rigidity, superior mechanical properties, toughness... view more

HD – I3S HC 7260(THE) is an good flow, low cost, high density polyethylene (HDPE) with 1-butene as co-monomer. Possesses good impact strength, good rigidity, superior mechanical properties... view more

HD 2200J is a low cost, high density polyethylene (HDPE) with a narrow molecular weight distribution. Possesses high impact strength & stiffness, good rigidity, superior mechanical properties... view more