Enable™ 2005CB by ExxonMobil Chemical is ethylene-1-hexene copolymer. It offers an outstanding processing and film properties such as tensile, impact and puncture. It leads to significant high... view more

Enable™ 2005MC by ExxonMobil Chemical is ethylene-1-hexene copolymer. It contains processing aid and thermal stabilizer additives. It does not contain antiblock and slip additives. It offers... view more

Enable™ 2005ME by ExxonMobil Chemical is ethylene-1-hexene copolymer. It contains antiblock (2000 ppm), slip (500 ppm), processing aid and thermal stabilizer additives. It offers outstanding balance... view more

Enable™ 2005PA by ExxonMobil Chemical is ethylene-1-hexene copolymer. It contains thermal stabilizer additives. It does not contain processing aid, antiblock and slip additives. It offers... view more

Enable™ 2203MC by ExxonMobil Chemical is ethylene-1-hexene copolymer. It does not contain antiblock and slip additives. It contains processing aid and thermal stabilizer additives. It offers... view more

Enable™ 2703MC by ExxonMobil Chemical is ethylene-1-hexene copolymer. It does not contain slip and antiblock additives. It contains processing aid and thermal stabilizer additives. It offers... view more

Enable™ 2705MC by ExxonMobil Chemical is ethylene-1-hexene copolymer. It does not contain slip and antiblock additives. It contains processing aid and thermal stabilizer additives. It offers... view more

Enable™ 3505MC by ExxonMobil Chemical is a medium density ethylene-1-hexene copolymer. It contains processing aid and thermal stabilizer additives. It does not contain slip and antiblock additives... view more

Escorene™ Ultra LD 705.MJ Blown by ExxonMobil Chemical is a fractional melt index ethylene vinyl acetate copolymer. It is a specialty film resin containing thermal stabilizer additive. Offers... view more

Escorene™ Ultra LD 720.01 by ExxonMobil Chemical is a high vinyl acetate ethylene vinyl acetate copolymer specialty film resin. It contains antiblock, slip and thermal stabilizer additives. Provides... view more

Escorene™ Ultra LD 720.62 is ethylene vinyl acetate copolymer specialty film resin by ExxonMobil Chemical. Possesses high vinyl acetate content and contains thermal stabilizer additive. Provides... view more

Escorene™ Ultra LD 720.AW by ExxonMobil Chemical is a specialty film ethylene vinyl acetate copolymer resin. Provides outstanding heat sealability, along with excellent strength properties and... view more

Escorene™ Ultra LD 720.NM by ExxonMobil Chemical is ethylene vinyl acetate copolymer specialty film resin with high vinyl acetate content. It contains thermal stabilizer additive. Recommended for... view more

Escorene™ Ultra LD 730.09 Blown by ExxonMobil Chemical is ethylene vinyl acetate copolymer resin. Exhibits superior strength and toughness as well as excellent optics and sealing properties... view more

Escorene™ Ultra LD 730.NM Blown by ExxonMobil Chemical is ethylene vinyl acetate copolymer resin containing thermal stabilizer additive. Recommended for heat seal layer, pallet shrink, blown and... view more

Exact™ 3132 by ExxonMobil Chemical is ethylene-based hexene plastomer resin containing thermal stabilizer additive. Offers excellent sealability and toughness. Designed for both mono- and multilayer... view more

Exact™ 3132A is ethylene-based hexene plastomer resin by ExxonMobil Chemical. Designed for both mono- and multilayer blown film applications. It contains thermal stabilizer additive. Offers... view more

Exact™ 3132F is ethylene-based hexene plastomer resin by ExxonMobil Chemical. Offers excellent sealability and toughness. Designed for both mono- and multilayer blown film applications. It is... view more

Exact™ 3236 by ExxonMobil Chemical is ethylene based hexene plastomer designed for use in both mono and multilayer blown films. Provides lower seal initiation temperature than density along with... view more

Exact™ 3237 by ExxonMobil Chemical is ethylene based hexene plastomer designed for use in both mono and multilayer blown films. Provides lower seal initiation temperature than density along with... view more