Exceed™ AP03B is a high crystallinity, medium impact copolymer resin with high melt flow rate and excellent processing attributes. It is designed for injection molded large appliance applications and automotive interior parts.

An UV stabilized medium impact copolymer resin designed for automotive battery cases.

A medium impact copolymer resin designed for appliance applications requiring good stiffness and fast cycle time.

Exceed™ PP1605 is a homopolymer resin based on Exxpol™ metallocene technology designed for electronics and other applications requiring cleanliness. It provides lower, volatiles and extractables and better clarity than conventional homopolymers.

A homopolymer resin designed for spunbond nonwovens. The resin is particularly suited for excellent spinning for uniform, high quality fabrics. Formulated for applications requiring low color and low gas fading discoloration.

Exceed™ PP3155E5 is a homopolymer resin designed for spunbond nonwovens.The resin is particularly suited for excellent spinning for uniform, high quality fabrics. Formulated for applications requiring low color and low gas fading discoloration. Produced with a catalyst system that does not include intentionally-added phthalate compounds. Exceed™ PP 3155E5 is the version of PP3155 and/or PP3155E3 based on a catalyst system which does not include intentionally-added phthalates and contains a non-gas fade additive package.

Exceed™ PP3854 is a premium homopolymer resin produced using ExxonMobil Chemical's Exxpol™ Technology designed specifically for spunbond technology. Narrow molecular weight distribution of the resin allows for excellent uniformity, finer fibers and high tensile strength allowing for creative innovations in applications and possible downgauging.

Exceed™ PP3854E1 is a premium homopolymer resin produced using ExxonMobil Chemical's Exxpol™ Technology designed specifically for spunbound technology. Narrow molecular weight distribution of the resin allows for excellent uniformity, finer fibers and high tensile strength allowing for creative innovations in applications and possible downgauging.

Exceed™ PP6014MED is a homo-polymer resin that meets certified requirements for use in Medical and Pharmaceutical applications.

Exceed™ PP6035G1 is a high melt flow rate metallocene based homopolymer resin designed for meltblown nonwovens. Higher strength fabrics can be produced with a broad operating window.

A medium impact copolymer resin designed for appliance applications requiring high gloss and good stiffness.

Exceed™ PP7585E1 is an ICP grade that is designed with low shrinkage rate, high stiffness and high flow ability to balance impact performanceIt can be used to reduce the total shrinkage rate of auto compounds, andbring shrinkage flexibility to auto compounders if used with PP7585 in synergy with high shrinkage rate ICP.

Exceed™ PP7722KN is a low melt flow rate impact copolymer designed for ultra-high impact resistance and high melt strength. This resin offers good processability in combination with excellent mechanical properties. The target applications include corrugated sheet/boxes, thermoforming and rigid containers.

A high flow rate medium impact copolymer resin designed for thin wall injection molding requiring fast cycle time and other applications requiring high flowability.

A high crystallinity, low impact strength copolymer resin designed for compounding base or injection molding applications requiring high melt flow rate.

A high crystallinity, high impact copolymer resin designed for injection molded applications requiring excellent processing attributes.

A high crystallinity, medium impact copolymer resin designed for compounded and injection molded applications requiring high melt flow rate and excellent processing attributes.

Exceed™ PP8864E1 is a medium flow very high impact copolymer resin specifically designed for injection molding applications requiring good processing characteristics.

An ultra-clean random copolymer resin designed for injection of specialty, rigid packages such as packages for electronics component raw materials, components and finished products with very low extractables, volatiles, taste and odor.

Exceed™ PP9074MED is a highly clarified random copolymer resin designed for injection molding of medical devices suitable for sterilization by high energy radiation.

Exceed™ PP9122 is a random copolymer resin designed for extrusion blow molding applications and thermoforming of specialty devices and packaging. It has excellent organoleptics and very low ash metal content.

Exceed™ PP9122MED is a random copolymer resin designed for extrusion blow molding applications and thermoforming of medical and other specialty devices and packaging. It has excellent organoleptics and very low ash metal content.

A random copolymer resin designed for non-oriented film.

A medium clarity random copolymer resin designed for the injection molding of autoclave sterilized medical devices and packages.

A highly clarified random copolymer resin designed for general purpose injection molding applications requiring resistance to buildup of static electricity.