Futeon™ PLA: The Biopolymer Revolution
Harnessing Nature’s Efficiency
In the realm of green chemistry, Futerro stands out with Futeon™ PLA, a bio-based polymer, produced from renewable raw materials.
By replacing fossil carbon with bio-based carbon, it offers an alternative to conventional plastics with a reduced reliance on fossil feedstocks and a lower environmental footprint.
PLA SOLUTIONS FOR A SUSTAINABLE PERFORMANCE
Futeon™ PLA
How to Select the perfect Futeon™ PLA Grade
Our range of Futeon™ PLA grades is tailored to meet diverse application needs with ease and precision:
Futeon™ 801 | A high viscosity resin suitable for extrusion, thermoforming, film and 3D-printing applications. |
Futeon™ 601 | A medium viscosity resin suitable for injection moulding and fibers & nonwoven applications. |
Futeon™ 201 | A low viscosity resin suitable for thin-wall injection moulding applications. |
Futeon™ 802 | A high viscosity resin suitable for extrusion, thermoforming, films and fibers & non woven applications. |
Futeon™ 602 | A medium viscosity resin suitable for fibers & non woven applications. |
Futeon™ 804 | A high viscosity resin suitable for extrusion, thermoforming, films, 3D-printing and fiber & non woven applications. |
Technical data & specifications
Access technical data sheets, processing guidelines and product specifications.
Futeon™ PLA
Key Parameters of Futeon™ PLA
The Futeon™ portfolio is defined by two key parameters to ensure you find the right fit for your application:
- Melt Flow Index (MFI): Determines the flow rate of the melted material, influencing processability and application suitability.
- D-Lactic Acid Content: Affects the polymer’s physical properties, such as strength and thermal resistance.
interested in Futeon™ PLA?
Get in touch with our sales team, they’ll be happy to guide you in making the right choice