Bio-based foam packaging – Storopack Unveils Game-Changing Bio-Based Foam Packaging Solution That Dramatically Reduces Carbon Footprint 13-11-2025
Bio-based foam packaging – Introduction
Packaging professionals increasingly demand materials that safeguard goods while aligning with sustainability goals. With the launch of FOAMplus® 7008-BIO, Storopack offers a next-generation bio-based foam packaging option. This innovative foam packaging solution maintains the familiar protective performance of traditional polyurethane foam packaging but significantly lowers its carbon footprint by using renewable raw materials.
What makes this foam packaging solution special
At the heart of this packaging foam innovation is the foam’s B-Component, which contains more than 83 % bio-based carbon content, meaning it is derived from renewable sources rather than fossil feedstocks. This positions it as a compelling sustainable packaging alternative. The new foam packaging solution delivers the same cushioning, blocking and bracing functionality as conventional polyurethane foam packaging, making it ideal for protecting shipments across industries. Bio-based foam packaging
Performance that matches conventional polyurethane foam packaging
One of the biggest barriers to adopting new sustainable materials is performance. The FOAMplus® 7008-BIO foam packaging solution meets this barrier head-on. It offers the same material properties as conventional polyurethane foam packaging — meaning reliable shock absorption, adaptability to the shape of the packaged item, and strong blocking and bracing performance inside the shipping carton. For packaging professionals this means they can embrace the sustainable alternative without sacrificing performance.
Availability and compatibility
Currently the packaging foam solution is available in a density of 0.50 lb/ft³, with plans to offer a broader range of densities in the future. The foam packaging solution is launched in North and South America and is compatible with all Storopack FOAMplus® Foam-in-Place Packaging Systems. This compatibility ensures that companies already using existing foam packaging systems can transition to this bio-based foam packaging solution without major equipment changes. Bio-based foam packaging
Leveraging film plus foam for a complete sustainable packaging solution
In parallel with the foam packaging solution, Storopack offers the FOAMplus® bio film — a certified bio-based film — creating a combined system that supports a full “foam + film” approach to sustainable packaging. For companies looking to reduce their environmental impact, choosing both the foam packaging solution and the bio film provides a stronger route to sustainability in their protective packaging operations.
Advantages of bio-based foam packaging
Switching to a bio-based foam packaging solution brings several advantages:
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Reduced dependence on fossil-based raw materials thanks to renewable feedstock.
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Lower carbon footprint compared with traditional polyurethane foam packaging.
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Maintained protective performance (cushioning, blocking, bracing) for shipping goods.
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Potential alignment with corporate sustainability goals and eco-friendly branding.
Research shows that bio-based foams are increasingly viable across packaging, insulation, and other applications, supported by advances in biopolyols and renewable feedstocks. Brighi Group+2Persistence Market Research+2
How the foam packaging solution works in practice
The foam packaging solution is dispensed via Foam-in-Place packaging systems. When deployed, the foam expands and hardens, conforming to the contours of the packaged product inside the shipping box, providing tailored cushioning and immobilisation (blocking and bracing). The result is optimal protection during transit, especially for delicate or heavy items. In many cases the foam packaging solution can be reused multiple times, adding further value.
Why this matters for packaging supply chains
Across packaging supply chains, the push for more sustainable packaging materials is gaining momentum. As brands face regulatory pressure and consumer demand for greener packaging, switching to a foam packaging solution with high bio-based content offers a way to make meaningful progress. Moreover, performance remains a key consideration—introducing eco-friendly options without trade-offs in performance or logistics. The adoption of such packaging solutions can support sustainability targets while preserving shipping and protection standards.
Steps to implement this packaging foam solution
To integrate this bio-based foam packaging solution, packaging teams should:
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Review compatibility of existing Foam-in-Place systems with the new material (Storopack compatibility is supported).
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Evaluate required density for packaging applications and plan for potential future launch of other densities.
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Assess types of goods shipped, protection requirements (cushioning, blocking & bracing) and how the foam packaging solution performs in those contexts.
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Compare lifecycle and carbon-footprint metrics of current foam packaging vs the bio-based alternative.
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Train packaging operations staff on dispensing, reuse (if applicable), and material handling of the foam packaging solution.
Closing thoughts
The introduction of the FOAMplus® 7008-BIO packaging foam solution by Storopack marks a meaningful advance in protective packaging technology. By delivering a high-performance foam packaging solution derived largely from renewable sources, it offers packaging professionals an opportunity to upgrade to a sustainable alternative without compromise. As sustainability becomes ever more central to packaging strategy, options like this help organisations meet both operational and environmental goals.
