Biobased fibre innovation offers new possibilities for plastic-free product design

Finnish material innovator Fiberdom has developed a patented process to transform wood fibres into a high-performance, plastic-free material suitable for packaging, storage products, and furniture components. The material is fully recyclable, home-compostable, and offers a circular alternative to conventional plastics.

Plastic-free, fibre-based innovation
Fiberdom’s material is made from market pulp and paperboard, using a proprietary process that enhances the mechanical properties of natural wood fibres. The result is a formable, strong, lightweight material that requires no plastic additives or chemical binders, making it fully recyclable in existing paper streams and home-compostable at end-of-life.

Unlike many fibre-based alternatives, which often rely on plastic coatings or binders to improve durability and moisture resistance, Fiberdom’s material maintains its functionality without compromising recyclability or compostability. The technology is designed to offer a scalable, cost-efficient solution to replace plastics in non-essential applications.

From single-use cutlery to durable products
The company’s first commercial application of the material is a range of plastic-free disposable cutlery, compliant with the EU Single-Use Plastics Directive. The cutlery is available through Finnish retailers and B2B channels and demonstrates the material’s readiness for industrial-scale production.

Beyond disposable products, Fiberdom is now expanding the use of its material to a variety of sectors, including food packaging, rigid containers, storage solutions, and furniture components. Its combination of formability, strength, and sustainability makes it suitable for both single-use and durable applications.

Supporting circular design
The development responds to increasing market and regulatory demand for alternatives to fossil-based plastics. According to market projections, the global fibre-based packaging sector alone is expected to grow from $407 billion in 2025 to $567 billion by 2034, driven by sustainability targets and shifting consumer preferences.

For designers and manufacturers, Fiberdom’s technology offers new opportunities to adopt biobased materials without sacrificing functionality or aesthetic quality. Its recyclability and compostability contribute to a circular material cycle, supporting brands and industries seeking to reduce plastic use and environmental impact.

Source: Fiberdom