[pageLogInLogOut]

#Research & Development

Fraunhofer CCPE presents the “Monomaterial Design Set” – Innovative solutions for circular product design

Monomaterial structures made of biopolymers (also possible in PET or polyamide) © Fraunhofer CCPE/Mike Henning
Composite materials made from different types of plastic often extend the lifetime of products but make recycling more difficult in the circular economy. That is why Fraunhofer CCPE has developed the “Monomaterial Design Set”. This new approach helps to reduce the variety of plastics used in durable products and offers circular solutions for designers and product developers.


The plastics processing industry faces a major challenge: How can companies develop durable products that are also circular? The Fraunhofer Cluster of Excellence Circular Plastics Economy CCPE has found a solution: the “Monomaterial Design Set”. This novel approach makes it possible to avoid combinations of different plastics in numerous applications, thereby increasing recyclability without compromising the performance of the end product.

Innovative approaches for designers and product developers

The “Monomaterial Design Set” is aimed at designers and product developers who want to make durable and high-specification products more recyclable. Thanks to research conducted by Fraunhofer CCPE, the same thermoplastic can be integrated into a product in different forms (e.g., as fibers, foam or casting compound). PET, PLA, and PA thermoplastics have already been tested. The structure of the design set allows different manufacturing technologies to be combined to create complex components with a wide variety of shapes and high performance. The processes used include injection molding, foam production, and the processing of textiles and self-reinforced panels.

A key objective of the Monomaterial Design Set is to achieve 100% recyclability of the products, as only one type of plastic is used, and so called “monomaterial.” By eliminating the use of adhesives, disassembly of components becomes unnecessary. In addition, Fraunhofer CCPE offers solutions for recyclable color pigments and flame retardant additives that ideally complement this approach. Depending on the selected material base and regional recycling infrastructure, companies are offered individual advice on how to make optimal use of existing collection systems or recycling facilities.

The heads of the Research Department Application and Demonstration, Dipl.-Des. Sabrina Schreiner and Dr. Jonathan Haas, see enormous innovation potential in the Monomaterial Design Set. This approach makes it possible to implement sustainability and circular economy goals as early as product development stage. Exciting demonstrators such as the “circular child seat” and an insulated “reusable transport box” made from monomaterials have already been developed in the cluster. The transferability of this concept to various industries and product segments is very promising.

The “Circular Child Seat” demonstrator in monomaterial design © Fraunhofer CCPE
The “Circular Child Seat” demonstrator in monomaterial design © Fraunhofer CCPE


Design competition: Monomaterial furniture for tomorrow

In addition, Fraunhofer CCPE has taken on the scientific support of Nowy Styl DACH's “Re:think Design Competition”. The “Monomaterial Design Set” plays a decisive role here: designers can use it as a source of inspiration and technical framework to develop innovative designs for 100% recyclable soft seating furniture. The winners of the competition will be announced on April 23, 2026. Registration is open until December 3.



More News from Fraunhofer Cluster of Excellence Circular Plastics Economy CCPE

More News on Research & Development

#Research & Development

ITA spin-off TERNAfil wins third place at KUER.NRW 2026 with MAXCarbon technology

The Aachen-based ITA spin-off TERNAfil GmbH has secured third place in the KUER.NRW Business Plan Competition 2026 with MAXCarbon, an innovative carbon-ceramic hybrid fibre developed for applications in the hydrogen economy. The technology combines the mechanical properties of carbon fibres with the thermal and corrosion resistance of ceramic materials.

#Research & Development

DITF develops bio-based binding fibers for wood-fiber insulation materials

As part of the CelluWoodFlex project, the German Institutes of Textile- and Fiber-Research in Denkendorf (DITF) are developing bio-based cellulose ester fibers as alternative binding fibers for flexible wood fiber insulation materials. In addition to the spinning process and the production of suitable staple fibers, the institute is also investigating how wood and cellulose fibers can be separated and recycled at the end of their useful life.

#Research & Development

First "Korea Day" at RWTH Aachen attracts more than 300 participants

The inaugural Korea Day in Aachen brought together representatives from science, business and Korean institutions to strengthen German-Korean cooperation in research, technology and education. The Institut für Textiltechnik (ITA) of RWTH Aachen University was among the participating organisations.

#Research & Development

POLYMERS-5B develops high-performance bio-based polyesters from agricultural waste

The European research project POLYMERS-5B is developing an integrated enzymatic biorefinery to convert agricultural by-products from Mediterranean food production into valuable raw materials for the food, cosmetics and bio-based plastics industries. Using tomato and olive pomace as feedstock, the process aims to recover several product groups from the same biomass stream. The consortium will present its latest technical developments and market findings at Ecomondo 2026 in Rimini on 3 November.

Latest News

#Textile processing

YKK Bangladesh celebrates 25 years of fastening production and business development

YKK Bangladesh Pte. Ltd., a subsidiary of Japanese fastening manufacturer YKK Corporation, has celebrated its 25th anniversary with a commemorative ceremony in Dhaka on November 8, 2026. Since its establishment in November 2000, the company has expanded its manufacturing capacity and business operations alongside the growth of Bangladesh's apparel industry.

#ITMA Asia + CITME 2026

Murata Machinery to showcase AIcone winding and high-speed VORTEX spinning at ITMA ASIA 2026

Japanese textile machinery manufacturer Murata Machinery will present its PROCESS CONER AIcone automatic winder and VORTEX 870 EX spinning machine at ITMA ASIA + CITME 2026. Under the theme “Right Choice, Bright Future”, the company will highlight technologies for efficient yarn manufacturing, combining energy-saving winding solutions with high-speed air-jet spinning. Visitors can meet Murata Machinery in Hall 5, Booths E01 and E02.

#ITMA Asia + CITME 2026

DORNIER highlights airbag, filtration and composite weaving technologies at ITMA ASIA 2026

Lindauer DORNIER will present its latest developments in air-jet and rapier weaving technology for technical textiles at ITMA ASIA + CITME 2026. The German machinery manufacturer will focus on the reliable and efficient production of airbag fabrics, high-density filters and reinforcement textiles for fibre-reinforced composites. Alongside its A2 air-jet and P2 rapier weaving machines, DORNIER will highlight its TRITOS FLEX technology for complex 3D composite preforms, retrofit solutions and expanded service capabilities in Asia. The company will exhibit in Hall 3, Stand E02.

#Retail & Brands

Marks & Spencer expands across Asia Pacific through partnership with Global Fashion Group

Marks & Spencer (M&S) and Global Fashion Group (GFG) have announced a strategic partnership to expand the British retailer's fashion business across Asia Pacific. M&S has launched on Southeast Asian fashion platform ZALORA and plans to enter THE ICONIC in Australia and New Zealand in early 2027. The agreement also introduces regional fulfilment for Australian M&S.com orders, enabling faster deliveries and returns while supporting a capital-light international growth strategy.

TOP