Achieve™ Advanced 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.

Achieve™ Advanced PP3655E1 is a high MFR homo polymer resin designed for spunbond nonwovens. The resin is particularly suited for excellent spinning for finer fiber, uniform, high quality fabrics. Formulated for application requiring low color and low gas fading discoloration. Produced with a catalyst system that does not include intentionally-added phthalate compounds.

Achieve™ Advanced PP3684 is a homopolymer resin designed for spunbond nonwovens. The resin is particularly suited for excellent spinning of uniform, high quality fabrics and allows for creative innovations in high loft spunbond applications. Formulated for applications requiring low color and low gas fading discoloration. Produced with a catalyst system that does not include intentionally-added phthalate compounds.

Achieve™ Advanced 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.

Achieve™ Advanced 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 high melt strength homopolymer resin that provides uniform wall distribution in thin wall packaging applications and excellent processing characteristics in extrusion and thermoforming processes. Achieve™ Advanced PP6282NE2 has a broad processing window, can be run at fast cycle speeds, and provides good clarity, especially in deep draw applications.

Achieve™ Advanced PP6936G2 is an ultra high melt flow rate metallocene based homopolymer resin designed for meltblown nonwoven. Fabrics with superior barrier properties can be produced at reduced process energy demands.

A high melt flow rate metallocene based homopolymer resin designed for meltblown nonwoven. Fabrics with excellent balance between softness, barrier and strength that can be produced at a wide processing window.

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

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

Achieve™ Advanced PP7945E1 is a high crystallinity, low impact strength copolymer resin designed for compounding base or injection molding applications requiring very high melt flow rate.

Achieve™ Advanced PP7985E1 is 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.

ExxonMobil™ AP03B is a high crystallinity, medium impact copolymer resinwith 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.

ExxonMobil™ AXO3BE3 is a high crystallinity, medium impact copolymer resin designed for injection-molded automotive interior applications andlarge appliance parts applications requiring high melt flow rate and excellent processing attributes.

ExxonMobil™ PP1013H1 is a homopolymer resin that meets certified requirements for use in Medical and Pharmaceutical applications.

ExxonMobil™ PP1014H1 is a homopolymer resin that meets certified requirements for use in Medical and Pharamceutical applications.

A medium melt flow rate homopolymer resin designed for general-purpose injection molding.

A homopolymer resin with good flowability and antistatic properties. It is designed for molding of media packaging, containers and other articles requiring fast molding cycles.

A homopolymer resin designed for general use. It is suitable for masterbatch carrier and other compounding applications and for the molding of caps, cups, containers and other consumer products.

A homopolymer resin designed for general use. It is suitable for masterbatch carrier and other compounding applications and for the molding of caps, cups, containers and other consumer products.

A nucleated, medium melt flow rate homopolymer resin with mold release and anti-static properties. It is suitable for general purpose injection molding.

A high melt flow rate homopolymer resin designed for general purpose injection molding.

A high melt flow rate homopolymer resin designed to benefit large parts with long flow paths for appliance and other consumer products requiring long-term heat-aging resistance.

A homopolymer resin designed for injection molding applications requiring excellent flow and good mechanical properties. It is designed for caps and closures, general purpose applications such as toys, electric appliances, packaging and thin walled parts.

A homopolymer resin designed for injection molding applications requiring excellent flow and good mechanical properties. It is suitable for general purpose applications such as toys, household goods, caps and closures.

A medium melt flow rate homopolymer resin designed for appliance and other consumer products requiring long-term heat-aging resistance.

A medium melt flow homopolymer resin suitable for masterbatch carrier and other compounding applications and for the molding of garden furniture, caps and other consumer products.

A nucleated homopolymer resin designed for general purpose compression molding of articles such as caps and closures. It exhibits excellent strength and high crystallization temperature.

ExxonMobil™ PP1605MED is a homopolymer resin based on Exxpol™ metallocene technology designed for medical, electronics and other applications requiring cleanliness. It provides lower, volatiles and extractables and better clarity than conventional homopolymers.

ExxonMobil™ PP2252E1 is a medium melt flow rate homopolymer resin designed for woven fabric applications requiring high speed extrusion and low water carryover.

ExxonMobil™ PPP2252E4 is a medium melt flow rate homopolymer resin designed for woven fabric applications requiring high speed extrustion and low water carryover.

A medium flow homopolymer resin designed for mono-oriented products like stretched tapes. It is produced with a catalyst system that does not include intentionally-added phthalate compounds.

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.

ExxonMobil™ 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. ExxonMobil PP3155E5 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.

An easy-processing, high crystallinity, polypropylene homopolymer resin designed primarily for BOPP (biaxially oriented polypropylene) film applications.

An easy-processing homopolymer resin designed primarily for oriented film.

An easy-processing grade designed primarily for oriented film applications.