ExxonMobil has established an ionomer-free vacuum skin packing option that indicates a change in food packaging economics while preserving exceptional performance standards. The invention, generated via collaboration with G.Mondini, Kuraray, and GAP, focuses on long-standing sector challenges associated with resource charges and supply chain liabilities.
The new option appeared as producers seek substitutes to conventional ionomer-based vacuum packing, which ExxonMobil exclaimed in a case study has been "certainly compressed by ionomer resource shortage, hence costly to manufacture." By reducing ionomer reliance, the formulation provides both charge savings and distribution chain resilience.
The advancement supports with ExxonMobil's recent development of its ExxonMobil Signature Polymers portfolio company, which "emphasizes providing best-in-class facility and collaboration within the polymers market," as per the company. This combined brand merges ExxonMobil's polyolefin goods, streamlining portfolio steering and advocating improved partnership across the value chain.
ExxonMobil prepared the enhanced-performance structure utilizing its Exceed presentation polyethylene resins and ExxonMobil EVA, whereas Kuraray supported EVAL EVOH barrier resource. The company expressed that the preparation exactly incorporates three major resins: Exceed Flow+ m 0516 metallocene polyethylene for "superior optical and mechanical properties with product sealing performance," Exceed Tough+ m 0512 metallocene polyethylene for excellent forming competencies, and ExxonMobil EVA 06519FL polymer for "forming, confirming a constricted fit across the object."
GAP, an Italy-based blown coating extrusion expert, manufactured the blown coating, which was consequently proven on G.Mondini's vacuum skin packaging methods. Testing demonstrated superior functioning across both semi-automatic and automatic systems, comprising Multivac equipment, as per ExxonMobil.
Important functioning characteristics endure intact, comprising seal incorporating, severity properties, such as puncture and tear barrier, optical transparency, and resistance protection. ExxonMobil said producers face the current challenge of "retaining important performance elements" while "decreasing charges and decreasing dependency" on expensive resources, a balance this invention completes.
16 June 2026
16 June 2026
16 June 2026
16 June 2026