As a kind of bio-based polymer, poly (lactic acid) has potential application in fibers fields.
Due to the weak nucleation ability, PLA crystallizes slowly and forms large spherulites …

Composite materials based on PLA have been studied in depth for many applications,
including food packaging. This manuscript describes extensive research conducted on a …

Nowadays, due to the methodological needs in the application of internal surgery new
methods evolving novel design for surgical suture are recommended. In this work, the effect …

The supramolecular structure of polymer composites can be affected by the fabrication
method and post-treatments. This study was conducted on a polylactide/1% cobalt ferrite …

The addition effects of zinc (Zn), cobalt (Co), and magnesium (Mg) based metallic stearates
into poly (lactic acid)(PLA) matrix were investigated through torque rheometry …

Over the past 10 years, thermoplastic polymer poly (lactic acid) or PLA, which is bio‐based
and biodegradable, has increasingly become a key component of competing products. This …

The most applicable polymer in different applications is poly (lactic acid)(PLA) due its merits.
This polymer attracts great interest as an environmentally friendly bioplastic polymer. The …

Polylactic acid (PLA) fibers have great potentials in textile fields with eco-friendship and low
carbon emission. However, the poor ductility, inferior free radical scavenging effect, and …

The work aims to modify the physical properties and structural parameters of Polyamide-6
fiber to be available for different applications through the annealing process. Polyamide-6 …

The purpose of this study was to confirm the optimal spinning conditions for PLA (Polylactic
acid) as a fiber forming polymer. According to the melt spinning test results of PLA, the …