Contact person
Oskar Westin
Affärsutvecklare
Contact OskarGrowing environmental concerns around plastic pollution, climate change, and the increasing demand for renewable materials have heightened the need for research and development in the field of molded fiber products. The ability to form 3D shaped products from biobased fibers provide a promising avenue for recyclable and/or biodegradable solutions.
To successfully expand the field of applications for biobased fibers, several challenges need to be addressed through focused R&D efforts. With the wet moulding test bed, RISE is in a position to address these challenges and accelerate development.
Improving material properties is necessary to compete with plastic products, particularly considering durability and moisture resistance of the finished material. Barrier properties – i.e. how well the material can resist the penetration and passage of substances such as water, grease, moisture and gases – are critical, particularly for applications in food, cosmetics and hygiene product packaging. This is addressed by developing the material composition as well as by the use of coatings.
In order to achieve competitiveness and cost effectiveness processing speed, precision and consistency needs to be improved. Working with a pilot machine allows for fast evaluation of tools, processing parameters and raw material recipes. The test bed is also aligned with a broad range of tools for e.g. stock preparation and fibre mixtures.
One approach to achieve more sustainable production is to diversify the use of alternative raw materials. On our pilot machine, trial series can allow evaluation of product behaviour and quality when made from alternative fibres such as those from agricultural residues, fast-growing plants, recycled or side streams.
The material may also require development in terms of functionalization and finish to meet consumer expectations in terms of appearance and functionality. This is critical as new product segments are targeted. With RISE team of complementary research fields, the support around the test bed can address challenges such as product interaction, perception and design.
We are capable of characterizing and evaluating performance along the product chain, correlating product performance parameters with in-going fibre and process settings.
To successfully replace plastic products, there is a critical need for continued research and development of moulded fibre or moulded pulp products. This R&D will focus on enhancing material properties, advancing manufacturing techniques, diversifying material sourcing, improving functionality and aesthetics, understanding environmental impacts, and ensuring regulatory compliance. Our wet moulding test bed gives you access to a wide variety of infrastructure and scientific experts to support your development.
Reach out to us and we'll be happy to tell you more.
Wet moulding test bed
2023
Laboratory testbeds (LT)
Materials, Process industry, Pulp, paper and packaging
Bioeconomy, Circular transition, Packaging
Region Stockholm
Two press stations
Three transfer/press tools (heated)
Sampling possible between each step
Press force: Max 40 Tonnes
Tool mounting plates: 600 x 400 mm
Product height: Max 300 mm
Output capacity: Approx. 15 kg dry weight of products per hour