Nature leaves resources.
We turn them into matter.
KRILLMAT develops and produces REKRILL® biopolymers, derived from the valorization of agri-food by-products. Innovative materials designed to deliver high performance and integrate into existing production processes.
Five bio-based polymers, each developed from a specific agri-food by-product. The same design philosophy but different characteristics to adapt to different sectors and processing technologies.
REKRILL® is a 100% bio-based polymer developed and produced in Italy and certified OK biobased by TÜV Austria.
Currently available in two families:
Explore products
Select a material and discover its characteristics and possible applications.
Each REKRILL® material can be customized in a wide range of colors, regardless of the source fiber, to meet the specific aesthetic and application needs of every project.
The range of colors for REKRILL® materials is achieved through the use of masterbatches based on controlled raw materials, selected for their low environmental impact and to meet increasingly stringent sustainability requirements, offering the customer extensive freedom of customization.
From nature
New life
From nature
New life
RESEARCH, EXPERIMENTATION AND DEVELOPMENT
The value of our polymer stems from the integration of research activities and industrial production. Each bio-material is developed and validated through a controlled process that guarantees quality and repeatability.
The production process is fully integrated and ensures full traceability of raw materials. Through three patented phases (micronization, drying, and compounding), agri-food by-products are transformed into biopolymers ready for industrial-scale production.
With a production capacity of 4,000 tons per year, KRILLMAT creates materials designed to ensure production continuity and reliable performance.
In the Krill Lab, our biopolymer is designed through material research and chemical and mechanical testing, with engineering of mechanical and functional properties.
Starting from selected organic residues, we develop customized biopolymers for specific industrial applications, verifying performance and processability before production.
Our products are compatible with the main plastic transformation technologies.
Our materials find application in numerous production sectors. Each formulation is developed to meet the technical requirements of different industrial chains.
Other Applications
SUSTAINABLE INNOVATION
Agri-food industry waste, which would normally end up as refuse, enters a new production cycle.
REKRILL® contributes to the development of a more circular industrial model, which valorizes existing resources and reduces reliance on raw materials of fossil origin.
With REKRILL RECYCLABLE, circularity extends to end of life as well: the material can be recycled in the plastic stream, without requiring a separate supply chain.
Every project contributes to the circularity of materials and generates value for local supply chains.
STORIES OF MATTER AND INNOVATION
News and insights on industrial sustainability
Research, innovation, circular economy, and new industrial applications: here we share updates dedicated to biopolymers and the technologies that are contributing to the evolution of sustainable materials.
Bioplastics for industry: what they are, when to use them, and how to choose
Rekrill and recycled silk: SILKI is born, the 3D-printed chair presented at Intergraf 2026
Supply Chain Call: BIO FOR ALL (B4A), Bio-Composite Materials for a Circular Production Chain
KRILLMAT at Fakuma 2026: REKRILL® biopolymers in the Start-up area
Bioplastics for industry: what they are, when to use them, and how to choose
Bioplastics for industry are divided into two main families. Non-biodegradable bio-based plastics, such as bio-PE, bio-PET, and bio-PA, are also suitable for durable products and are recycled along with traditional plastics. Biodegradable and compostable plastics, such as PLA, PHA, and
Rekrill and recycled silk: SILKI is born, the 3D-printed chair presented at Intergraf 2026
Can a biodegradable material become the basis for valorizing high-end textile waste? With SILKI, the answer is yes. The 3D-printed monoblock seat was presented at the Intergraf Design Awards 2026 in Copenhagen (October 14-16) and is made with a Rekrill-based
Supply Chain Call: BIO FOR ALL (B4A), Bio-Composite Materials for a Circular Production Chain
The BIO FOR ALL (B4A) project has been funded by Regione Lombardia through the Supply Chain Call, a measure for strengthening production chains and industrial ecosystems. The call is part of the Regional ERDF Program 2021-2027. Beneficiaries: Krillmat S.r.l. (lead
KRILLMAT at Fakuma 2026: REKRILL® biopolymers in the Start-up area
KRILLMAT is participating in Fakuma 2026, the 30th international trade fair for plastics processing, scheduled from October 12 to 16, 2026, in Friedrichshafen, Germany. You can find us at stand ÜO-16-2, in the Start-up area dedicated to innovative companies. We
DO YOU HAVE A PROJECT TO DEVELOP?
From initial technical evaluations to the choice of formulation, we support companies in the development of bio-based polymers designed for specific production, functional, and design needs.
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