In July 2026, ExxonMobil Signature Polymers creates monomaterial polyethylene films incorporating up to 35% post-consumer recycled content for hygiene compression packaging applications.
The well-renowned company developed two monomaterial polyethylene film solutions incorporating upto 35% post-consumer recycled (PCR) content, along with focusing on the performance and machinability standards required for high-speed hygiene compression packaging operations. It is also observed as a breakthrough addressing one of the packaging industry’s most pressing sustainability challenges.
The hygiene compression packaging converters face mounting pressure to deliver films with sustainability benefits, including downgauging, incorporating recycled content, and designing for recyclability, without sacrificing package performance or production efficiency, which is truly an achievement in itself. The challenge intensifies ahead when PCR content enters the equation, as recycled materials can compromise film properties and processing characteristics.
"In response to consumer preferences and brand owner commitments, many converters are facing the challenge of developing hygiene compression packaging films with sustainability benefits such as downgauging, incorporation of recycled content, and design for recyclability," according to ExxonMobil.
The recently launched solutions of the company to unify its polyolefin products under a single brand are also a talked-about product. The main aim of the initiative is to simplify portfolio navigation and promote enhanced collaboration across the value chain, due to the approach needed to tackle complex sustainability challenges in packaging.
The ExxonMobil Signature Polymers team worked across the value chain to develop formulations built around just three polyethylene grades: Exceed Tough+ m 0518 polyethylene, ExxonMobil HD 6207FL polymers, and ExxonMobil LD 07523 polymers. This streamlined approach helps simplify logistics and optimize productivity while achieving sustainability targets.
"By leveraging just three PE grades, it is possible to reduce the film thickness and/or incorporate up to 35% PCR content while still meeting performance and processability requirements," ExxonMobil noted in the case study.
The Exceed Tough+ m 0518 metallocene polyethylene serves as the formulation's backbone. "In ExxonMobil's formulation, the use of Exceed Tough+ m 0518 helps enhance the production of films with remarkable toughness and puncture resistance," according to the company.
When combined with ExxonMobil HD 6207FL polymers, the formulation delivers high stiffness and excellent creep resistance, ensuring packages maintain dimensional stability throughout and after the packaging process. Minor additions of ExxonMobil LD 07523 polymers allow manufacturers to adjust processability and optical features as needed.
The validation process involved various types of testing across multiple stages of the packaging value chain. Films were produced on lines at an ExxonMobil facility, then converted on Hudson-Sharp's Apollo wicket machine, and subsequently formed and sealed using Optima's machinery.
The Apollo wicketer proved ideally suited for the monomaterial PE films, even at very thin gauges.
"Thanks to the excellent sealability and easy side cutting/punching provided by ExxonMobil's two PE film formulations, high machine output can be achieved," the company reported.
Performance on Optima's equipment demonstrated the films' commercial viability.
"The two PE films produced by ExxonMobil demonstrated easy machinability on Optima's equipment, exhibiting sufficient stiffness to prevent film elongation during handling and a good coefficient of friction for the grippers," according to ExxonMobil.
These attributes proved essential for maintaining package shape and functionality while ensuring products remain securely contained.
The films demonstrated excellent sealability, easy side cutting and punching, high machine output, fast changeovers, and easy machinability. Another advantageous point observed in the test was that seamless bagging operations at high speeds were achieved without any operational changes to end-user machine settings. It proved to be a significant advantage for manufacturers seeking to adopt more sustainable materials without disrupting production.
The resulting films depict multiple sustainability objectives at the same time. They also enable downgauging through factors such as enhanced material performance, incorporate significant PCR content levels, and also maintain the monomaterial polyethylene structure supporting recyclability. The company majorly focused on ensuring that package integrity and visual appeal remain uncompromised as well.
"The two PE film formulations are tailored to meet consumer expectations regarding packaging solutions with sustainability benefits such as downgauging and incorporation of PCR content, while also ensuring outstanding package integrity and visual appeal on the shelves," ExxonMobil noted.
The enhanced printability and optical properties of the PCR films also enable effective product promotion, ensuring brand owners can maintain shelf presence along with advancing sustainability commitments. The polymers launched noted that solutions demonstrate that environmental responsibility and commercial performance do not need to be mutually exclusive in hygiene compression packaging applications.
The regulatory pressures and consumer awareness are some of the major factors driving demand for sustainable packaging solutions. The brand offers a stable pathway for converters and brand owners to seek environmental goals with operational requirements. The cross-value-chain collaboration model employed in this project may serve as a template for addressing other complex sustainability challenges facing the plastics and packaging industries.
31 July 2026
30 July 2026
30 July 2026
30 July 2026