A macromolecular antioxidant PM containing thioether and aromatic secondary amine was
synthesized by the thiol-ene click reaction between the antioxidant N-(4-aminophenyl) …

In this work, an eco-friendly chitosan-based biomass macromolecular antioxidant containing
double bonds and polyphenol structure (COS-UC-GA), prepared by coupling 10-undecenoyl …

Abstract Polyamide 6 (PA6) is widely utilized, yet it confronts challenges such as
susceptibility to thermal oxidative aging and high sensitivity to notch impact during usage. In …

This study investigates the impact of various crosslinking systems, such as those based on
sulfur, peroxide, and their hybrid combinations, on the thermal degradation characteristics of …

In this work, a novel chitosan‐based macromolecular rubber antioxidant (denoted as COS‐
AO) was successfully synthesized by using chitosan (COS) and 3‐(3, 5‐di‐tert‐butyl4 …

The traditional small molecular rubber antioxidants have the shortcomings of single function,
toxicity, and heavy dependence on non-renewable fossil resources, which limits their green …

This study presents the functional effects of BaTiO3 powder loaded in ethylene–propylene–
diene rubber (EPDM) in three concentrations: 0, 1, and 2.5 phr. The characterization of …

Hindered phenolic antioxidants have been extensively recognized and applied to boost the
heat resistance and oxidative aging performance of poly (propylene)(PP) composites. Low …

To address the disadvantages of traditional rubber antioxidants with low molecular weight
such as easy migration, poor extraction resistance, low thermal stability and antioxidant …

In order to overcome the drawbacks of traditional rubber antioxidants with low molecular
weight, such as easy migration, easy volatility, single function, and high dependence on …