BOBST Enhances Sustainable Packaging Solutions

BOBST Enhances Sustainable Packaging Solutions

The launch of a new generation of BOBST ‘hero samples’ represents a significant achievement in the mission to deliver state-of-the-art solutions using a new generation of polymers.

After several different samples of mono-material stand up pouches (MDO PE, BOPE, BOPP and CPP) were launched at K 2019, the partners involved have continued their considerable investment and intense research to progress the samples even further, to ensure all industry requirements are met in terms of processability, barrier, safety and optical quality.

‘Finding sustainable alternatives to non-recyclable plastics is one of the most important challenges of our times,’ said Nick Copeland, R&D Director at BOBST. ‘It is a particular challenge for flexible packaging such as that used for food packaging, where the high barrier protection against oxygen and water that prevents deterioration is currently provided by multi-layer, multi-material packaging, which cannot be recycled. This next generation of high barrier mono-material structures brings us one step closer to being able to provide completely recyclable solutions to replace non-recyclable packaging.’

‘Brückner is convinced that the future will continue to belong to plastics if they are used and reused sustainably,’ said Helmut Huber, COO Sales and Project Management, Brückner Maschinenbau GmbH & Co. KG. ‘As part of a circular economy, the undeniable advantages of plastic can be combined absolutely well with the sustainability goals of a modern society. Regarding the discussions about recycling targets for plastic packaging, we see mono-material packaging structures clearly on the rise.’

BOBST’s ‘Generation 2.0’ samples include:

New ultra-high and high barrier full polypropylene laminated pouches, printed in gravure and recyclable, with the option of an AluBond metallised barrier or transparent AlOx (aluminum oxide) barrier layer and solvent free barrier adhesive and/or topcoat.

The first ever UV flexo combined with digital inkjet printing for AluBond metallisation, full polypropylene laminated bags with barrier performances – using a solventless adhesive again for a mono material pouch designed for recycling.

UV low migration flexo printing, providing barrier with AluBond metallisation, on full low-density polyethylene laminated pouches.

CI flexo water-based printing on full MDO-PE laminated pouches with AluBond metallisation, providing ultra-high barrier using a high barrier solventless adhesive.

Every project partner has played an essential role in achieving this important milestone to develop and industrialise a series of new mono-material solutions, including: Dow, Brückner Maschinenbau, Hosokawa Alpine, Elba, Sun Chemical, Michelman, Indopoly and UFlex.

‘Recyclability brings a major layer of complexity to designing efficient and effective packaging. We strongly believe that collaboration with the whole value chain is not only the fastest, but the only way to help accelerate the market moving towards ambitious sustainability targets,’ said Jaroslaw Jelinek, Global Marketing Manager for oriented PE technologies at Dow Packaging & Specialty Plastics. ‘We are delighted to be part of this knowledgeable and innovative project team and to bring the next generation solutions to the market.

‘Sun Chemical is committed to contributing to a more circular economy and is dedicated to supporting the flexible packaging industry to becoming more sustainable,’ commented Nicolas Bétin, Director of Product Strategy EMEA, Packaging Inks and Materials and Global Sustainability Business Leader. ‘Close collaboration between the various players in the value chain, sharing knowledge and competence, can lead to tangible results, which can efficiently be implemented in the market. This is precisely the case of this co-operation.’

‘This is a partnership of like-minded companies who are all determined to develop sustainable alternatives to non-recyclable flexible packaging,’ commented Copeland. ‘The BOBST Competence Centres are used to test the viability of the materials in terms of their barrier, printing and lamination, to ensure they can cope throughout the production process. We are thrilled to contribute to this important milestone.’


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