ExxonMobil introduces its new Exceed S performance polyethylene (PE) resins, which deliver industry-leading combinations of stiffness and toughness while being easy to process. 

Utilizing the company’s latest innovations in polymer science, the new PE platform provides opportunities to reduce the complexity of film formulations and designs while improving film performance, conversion efficiency, and packaging durability versus current market references.  

ExxonMobil introduces new Exceed S performance polyethylene resins.

“With Exceed S, converters can obtain high levels of performance with easy processing, stiffness and toughness with less blending, and resin solutions that can simplify operations and improve package durability,” said Tom Miller, Exceed S marketing manager at ExxonMobil.

Highlights of Exceed S performance PE:

• Creating stiff, tough functional layers to maximize performance

• Leveraging increased performance to help facilitate solutions with sustainability benefits

• Reducing the need to add HDPE for stiffness or LDPE for processing

• Creating flatter, less extensible films to increase print and package line efficiency

• Delivering more durable flexible packaging, contributing to consumer satisfaction and helping to reduce food waste

Properties of the first three commercially available grades of Exceed S resins.

The first three commercially available grades of Exceed S resins are designed to ensure low melt pressure and high output on blown film lines. The combined benefits allow the creation of a broad range of packaging and film applications: 

• Large-format heavy duty sacks used in industry and agriculture along with silo bags for farming can benefit from increased puncture, impact and tear resistance. Exceed S resin’s combination of low melt pressure and high extrusion output can also help increase converter’s production capacity

• In primary packaging, non-laminated coextruded films used in pouches and bags containing liquid, food, or other goods can benefit from improved toughness and are less likely to break when transported or dropped. For example, multi-wall bladders used in hot-filled bag-in-box packaging exhibit exceptional resistance to heat-induced blocking and flex cracking

• PE//PE laminates with improved stiffness, toughness and bag drop survival can help facilitate larger pouch sizes and accommodate bulkier, heavier contents, helping to expand market usage of mechanically recyclable packaging

In these types of applications, the mechanical properties of Exceed S resins can be used to increase film performance, maintain comparable performance at a thinner gauge, produce more durable mono-material products, or incorporate high percentages of recycled content. 

“ExxonMobil has been at the forefront of polyethylene innovation for nearly thirty years,” added David Hergenrether, vice president for polyethylene at ExxonMobil. “The new Exceed S platform embodies our most advanced product and process development informed by deep, long-standing partnerships with our customers.”

ExxonMobil introduces its new Exceed S performance polyethylene (PE) resins, which deliver industry-leading combinations of stiffness and toughness while being easy to process. 

Utilizing the company’s latest innovations in polymer science, the new PE platform provides opportunities to reduce the complexity of film formulations and designs while improving film performance, conversion efficiency, and packaging durability versus current market references.  

ExxonMobil introduces new Exceed S performance polyethylene resins.

“With Exceed S, converters can obtain high levels of performance with easy processing, stiffness and toughness with less blending, and resin solutions that can simplify operations and improve package durability,” said Tom Miller, Exceed S marketing manager at ExxonMobil.

Highlights of Exceed S performance PE:

• Creating stiff, tough functional layers to maximize performance

• Leveraging increased performance to help facilitate solutions with sustainability benefits

• Reducing the need to add HDPE for stiffness or LDPE for processing

• Creating flatter, less extensible films to increase print and package line efficiency

• Delivering more durable flexible packaging, contributing to consumer satisfaction and helping to reduce food waste

Properties of the first three commercially available grades of Exceed S resins.

The first three commercially available grades of Exceed S resins are designed to ensure low melt pressure and high output on blown film lines. The combined benefits allow the creation of a broad range of packaging and film applications: 

• Large-format heavy duty sacks used in industry and agriculture along with silo bags for farming can benefit from increased puncture, impact and tear resistance. Exceed S resin’s combination of low melt pressure and high extrusion output can also help increase converter’s production capacity

• In primary packaging, non-laminated coextruded films used in pouches and bags containing liquid, food, or other goods can benefit from improved toughness and are less likely to break when transported or dropped. For example, multi-wall bladders used in hot-filled bag-in-box packaging exhibit exceptional resistance to heat-induced blocking and flex cracking

• PE//PE laminates with improved stiffness, toughness and bag drop survival can help facilitate larger pouch sizes and accommodate bulkier, heavier contents, helping to expand market usage of mechanically recyclable packaging

In these types of applications, the mechanical properties of Exceed S resins can be used to increase film performance, maintain comparable performance at a thinner gauge, produce more durable mono-material products, or incorporate high percentages of recycled content. 

“ExxonMobil has been at the forefront of polyethylene innovation for nearly thirty years,” added David Hergenrether, vice president for polyethylene at ExxonMobil. “The new Exceed S platform embodies our most advanced product and process development informed by deep, long-standing partnerships with our customers.”