Polylactic Acid or Polylactide, PLA Plastic, Lactic Acid Polymer Guide
20 Dec.,2023
One such important biopolymer with excellent degradation ability is Polylactic acid (PLA). Due to its versatile and biocompatible nature, PLA has replaced several other conventional polymers.
Get in-depth knowledge about:
- the key properties of PLA and the various strategies for improving them
- the start to the end-of-life cycle of PLA and the pathways that help in their synthesis
- the application areas of PLAs and the international regulations they comply with
- the different PLA processing methods that make them a versatile polymer for numerous applications
Reduced carbon footprint and limited dependence on petrochemicals are some of the major concerns today. These have led the plastics industry's inclination towards the use of biopolymers.One such important biopolymer with excellent degradation ability is Polylactic acid (PLA). Due to its versatile and biocompatible nature, PLA has replaced several other conventional polymers.Get in-depth knowledge about:
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