Achieve™ Advanced PP1605 by ExxonMobil Chemical is a good organoleptic polypropylene (PP) homopolymer grade based on Exxpol™ metallocene technology. It provides better clarity than conventional homopolymers as well as low... view more

Achieve™ Advanced PP3684 by ExxonMobil Chemical is polypropylene homopolymer resin. Suitable for excellent spinning of uniform and high quality fabrics. Exhibits good processability, low odor and low gas fading... view more

Achieve™ Advanced PP3854 by ExxonMobil Chemical is a clean/high purity, premium polypropylene (PP) homopolymer resin. It possesses a narrow molecular weight distribution which allows for excellent uniformity, finer fibers... view more

Achieve™ Advanced PP6282NE1 by ExxonMobil Chemical is a nucleated, high melt strength, polypropylene homopolymer resin. It provides uniform wall distribution in thin wall packaging applications. It... view more

Achieve™ Advanced PP6282NE2 by ExxonMobil Chemical is a nucleated, high melt strength polypropylene homopolymer resin. It has a broad processing window and can be run at fast cycle times. It offers good clarity especially in... view more

Achieve™ Advanced PP6302E1 by ExxonMobil Chemical is a high melt strength polypropylene (PP) homopolymer with long chain branching and excellent processability. It exhibits high stiffness, regrind and blending performance... view more

Achieve™ Advanced PP7123KNE1 by ExxonMobil Chemical is a nucleated, high gloss, medium impact polypropylene copolymer resin. It exhibits good processability, high stiffness, medium flowability and medium impact resistance. It... view more

Achieve™ Advanced PP7925E1 by ExxonMobil Chemical is a high crystallinity, nucleated polypropylene impact copolymer resin. Designed for compounding base or injection molding applications. Exhibits low impact strength, high... view more

Achieve™ Advanced PP8285E1 by ExxonMobil Chemical is a nucleated, highly crystalline polypropylene high impact copolymer grade. It offers good processability, balanced stiffness/toughness, good impact- and heat aging... view more