BIO-BASED MATERIALS FOR EXTRUSION

Sustainable semi-finished products, tailor-made performance

Bio-based materials for extrusion represent an increasingly interesting solution for companies that want to reduce environmental impact without modifying their production processes.
REKRILL® formulations valorize agri-food by-products and combine technical performance, customization, and processing continuity.

HIGH-PERFORMANCE SUSTAINABLE EXTRUSION

The advantages of our bio-based materials for extrusion

Choosing REKRILL® for extrusion means adopting bio-based materials designed to combine technical performance, aesthetic quality, and sustainability.

Formulations are developed to ensure stability during the extrusion of biopolymers, adapting to the characteristics required by different industrial applications.

Our formulations ensure smooth processing during the extrusion process, and promote the continuous production of profiles, bars, sheets, and other semi-finished products with consistent characteristics.

Depending on the plant-based matrix used, each formulation can offer specific characteristics of rigidity, dimensional stability, and thermal resistance. This makes bio-materials for extrusion suitable for subsequent machining and turning, finding application in numerous sectors such as premium packaging, construction, and eyewear.

Do you prefer a natural or a technical look? Textures, colors, and surface effects can be customized, with the possibility of developing raw colors or a “nylon effect.” Each material helps to enhance the material identity of the product without resorting to the typical surfaces of traditional plastics.

Citrus peels, grape pomace, bran, coffee silverskin, shells, and other agri-food by-products are transformed into bio-based materials for industry. The REKRILL® range also includes formulations designed for applications requiring biodegradability and compostability, promoting an approach consistent with the principles of the circular economy.

What can you create with bio-based materials for extrusion?

Extrusion is particularly suitable for creating semi-finished products intended for subsequent processing or finished products that require constant sections and controlled technical characteristics.

REKRILL® materials can be used, for example, for: technical profiles, bars, sheets, packaging elements, design components, construction, and eyewear.

Do you want to see REKRILL® applied to real products?

REKRILL® formulations are also used in finished products developed directly by KRILLMAT. Visit our online shop to discover some concrete examples.

Other technologies compatible with our biopolymers

Our bio-based materials can be developed not only for extrusion but also for other transformation processes. The choice depends on the product geometry, the quantities to be produced, and the required performance.

Injection molding

For complex mass-produced components

Ideal for high-volume production, it allows for components with complex geometries and consistent quality thanks to dedicated formulations.

3D Printing

To develop prototypes and new solutions

Perfect for rapid prototyping, design validation, and small productions with bio-based materials.

Rotational molding

For large hollow items

Technology currently under development that expands the possibilities of using bio-based materials for rotational applications as well.

Injection molding

For complex mass-produced components

Ideal for high-volume production, it allows for components with complex geometries and consistent quality thanks to dedicated formulations.

3D Printing

To develop prototypes and new solutions

Perfect for rapid prototyping, design validation, and small productions with bio-based materials.

Rotational molding

For large hollow items

Technology currently under development that expands the possibilities of using bio-based materials for rotational applications as well.

We study the most suitable formulation for your extrusion line

A technical profile, a sheet, or an extruded component do not require the same performance. For this reason, we develop bio-based materials compatible with extrusion that combine sustainability, functionality, and aesthetics in a single solution.