Production Process & Properties

About PLA

WHAT IS PLA?

PLA, or polylactic acid, is a biopolymer emerging from the combined power of biotechnology and chemistry. Derived from renewable resources such as sugar from corn or wheat, PLA is considered a sustainable alternative to traditional fossil-based plastics.

Production process

From natural renewable
feedstocks to PLA

biobased

WHAT ARE THE ADVANTAGES OF BIOBASED PRODUCTS?

Biobased products offer several key advantages over traditional fossil-based alternatives. By using renewable raw materials, they reduce our dependence on finite fossil resources and contribute to a lower carbon footprint.

Biobased products can also contribute to sustainability, enhance circularity, and mitigate environmental impact compared to conventional fossil-based alternatives.

Properties OF PLA

Bio-based

Our Futeon™ PLA is 100% made from renewable raw materials.

Recyclable

Our Futeon™ PLA is both mechanically and chemically recyclable.

Industrially compostable

Our Futeon™ PLA is 100% biodegradable in industrial composters. 

Safe

Our Futeon™ PLA is approved for food contact applications in Europe, China, and America, and does not generate persistent microplastics (Source: Hydra Marine Sciences)

Transparent

Our Futeon™ PLA has a natural transparency, which can vary depending on its crystallinity.

Barrier Properties

Our Futeon™ PLA has good barrier properties for aromas, and moderate barrier properties for oxygen and moisture, that can be optimized by increasing crystallinity.

Dimensionally stable

Our Futeon™ PLA is dimensionally stable with low shrinkage under normal conditions.

Printable

Our Futeon™ PLA is an ideal medium on which to print or add a finish. 

Sealable

Our Futeon™ PLA offers good sealability under optimal sealing conditions.

Discover our PLA portfolio with Futeon™

Our Futeon™ grades are tailored for various applications and designed for performance and sustainability.  

Discover Futeon™