Research progress of bio-based polymer flame retardant coating

Abstract

Hierarchically spacing DNA probes on bio-based nanocrystal for spatial detection requirements Science Bulletin 64, 934 (2019); Design and synthesis by redox polymerization of a bio-based carboxylic elastomer for green tire

Fully Biobased Surface-Functionalized Microcrystalline Cellulose via Green Self-Assembly toward Fire-Retardant, Strong, and Tough Epoxy Biocomposites

“…After phosphorylation and self-assembly treatment, the introduction of the phosphate group leads to lower T onset and higher char residues of P-MCC, P-MCC@CS, and P-MCC@CS@PA-Na due to the catalytic dehydration and carbonization of MCC. 47 In addition to a high char residue of 35.5 wt % at 800 °C, P-MCC@CS@PA-Na shows higher T onset and T max than P-MCC and P-MCC@CS because of the contribution of phytate (PA) to thermal stability, 48 indicating satisfactory thermal stability. Therefore, the excellent charring ability and a high P content enable P-MCC@CS@PA-Na to improve the thermal stability and flame retardancy of EP by playing a role in both the gas and condensed phases.…”

“…MCC owns a high initial thermal temperature ( T onset , 308.6 °C) and a low char residue at 800 °C (5.0 wt %). After phosphorylation and self-assembly treatment, the introduction of the phosphate group leads to lower T onset and higher char residues of P-MCC, P-MCC@CS, and P-MCC@CS@PA-Na due to the catalytic dehydration and carbonization of MCC . In addition to a high char residue of 35.5 wt % at 800 °C, P-MCC@CS@PA-Na shows higher T onset and T max than P-MCC and P-MCC@CS because of the contribution of phytate (PA) to thermal stability, indicating satisfactory thermal stability.…”

Research Progress of Cut-Resistant Textile Materials

“…Zhaoqing Lu, Wenjing Hu et al ( Wu and Ma, 2021 ) used the sol-gel method to prepare the surface modification method of nano-SiO2 coated aramid fiber. The study found that a dense nano-SiO2 coating layer is formed on the surface of the modified aramid staple fiber, the friction and wear resistance of the fiber material are effectively improved.…”