Boost toughness, sealability and efficiency for mono‑material non-laminated PE pillow packs

 

ExxonMobil Signature Polymers enables the next generation of mono-material, non-laminated pillow packs through high-performance polyethylene resin solutions. Designed to deliver outstanding stiffness, toughness, and seal performance, our materials support efficient processing, dependable package integrity, and strong shelf appeal across a variety of food and beverage applications.

In frozen food packaging, our high-performance freezer film solutions provide exceptional toughness and puncture resistance, even at low temperatures. The result is durable, reliable packaging that helps protect food quality, reduce spoilage, and support brand confidence throughout the supply chain.

Woman holding a packaged food item by a supermarket freezer

PE resin solutions for strong, clear, and thin MDO PE wicket bags

 

Wicket bags used for bread packaging must deliver dependable performance under fast, repetitive handling conditions. From automated filling to manual restocking, these bags require a balance of stiffness, tear resistance, and clarity to maintain product protection and shelf appeal. The ability to downgauge while maintaining strength is increasingly important, as bakeries and converters look for ways to improve efficiency without compromising quality.

ExxonMobil Signature Polymers provides polyethylene resin technologies that enable converters to produce thin, mono‑material PE wicket bags with strong mechanical properties and consistent line performance. Through the use of advanced film‑orientation technologies such as Machine Direction Orientation (MDO), converters can achieve high stiffness, enhanced optics, and material savings, which are key attributes for modern bakery packaging.

Converters have successfully transformed these films into gusseted wicket bags using standard wicketing equipment and dual‑use bag‑making lines, confirming the smooth runnability and compatibility of thin mono‑PE films with existing operations.