Products

DuClear® QU80A is a polypropylene random copolymer (produced with a phthalate-free catalyst), suitable for injection molding applications. The product is clarified and contains an anti-electro static agent. Duclear® QU80A features a very good transparency and esthetic appearance, a good balance of stiffness and impact strength, good organoleptics, low blooming, high melt flow,and energy & cycle time savings.

DuPure G 72 is a polypropylene homopolymer (produced with a phthalate-free catalyst) for extrusion & thermoforming applications, requiring high transparency and improved stiffness. The product is nucleated and clarified, and contains antielectrostatic agents. DuPure G 72 exhibits excellent processability, and very good optical and mechanical properties of thermoformed parts.

DuPure SW 76 AV is a controlled rheology modified, heterophasic copolymer (produced with a phthalate-free catalyst), suitable for injection molding applications. The product is nucleated and contains anti-electrostatic properties, very high flowability and a good balance of stiffness and impact strength.

DuPure TE 76 is a heterophasic polypropylene copolymer (produced with a phthalate-free catalyst). The product exhibits excellent impact strength at low temperatures, combined with good processability.

DuPure SR 76 is a nucleated heterophasic polypropylene copolymer (produced with a phthalate-free catalyst). The product combines a good stiffness with good impact strength.

DuPure TM 76 is a heterophasic polypropylene copolymer (produced with a phthalate-free catalyst). The product combines a good stiffness with excellent impact strength.

DuPure SH 50 is a heterophasic polypropylene copolymer (produced with a phthalate-free catalyst).

DuPure G 72 TF is a polypropylene homopolymer (produced with a phthalate-free catalyst) for extrusion & thermoforming applications, requiring high transparency and improved stiffness. The product is nucleated and clarified, and contains anti-electrostatic agents. DuPure G 72 TF exhibits excellent processability, and very good optical and mechanical properties of thermoformed parts.

DuPure SU 76 A is a heterophasic copolymer (produced with a phthalate-free catalyst), suitable for injection molding applications. The product is nucleated and contains anti-electrostatic properties, very good flowability and a good balance of stiffness and impact strength.

DuPure ST 76 V is a controlled rheology modified, nucleated heterophasic polypropylene co polymer (produced with a phthalate-free catalyst). The product contains a narrow molecular weight distribution and excellent flow properties.

DuPure SR 79 is a heterophasic polypropylene copolymer (produced with a phthalate-free catalyst), combining excellent stiffness with good impact strength. The product is formulated with an advanced nucleation system, resulting in fast injection molding cycle-times and a high dimensional stability.

DuPure SL 50 is a heterophasic polypropylene copolymer (produced with a phthalate-free catalyst).

DuPure SM 76 A is a heterophasic polypropylene copolymer (produced with a phthalate-free catalyst). The product is nucleated and contains an anti-electrostatic agent. It shows a medium fluidity combined with good impact properties.

DuClear® QW80AV is a controlled rheology modified polypropylene random copolymer (produced with a phthalate-free catalyst), suitable for injection molding applications. The product is clarified and contains an anti-electro static agent. Duclear® QW80AV features a very good transparency and esthetic appearance, a good balance of stiffness and impact strength, good organoleptics, low blooming, very high melt flow,and energy & cycle time savings.

DuClear® QY80AV is a controlled rheology modified polypropylene random copolymer (produced with a phthalate-free catalyst), suitable for injection molding applications. The product is clarified and contains an anti-electro static agent. Duclear® QY80AV features a very good transparency anda esthetic appearance, a good balance of stiffness and impact strength, good organoleptics, low blooming, very high melt flow,and energy & cycle time savings.