Coupling Agent-Induced Fabrication of Nanoporous Polybenzoxazine Aerogels with Balanced Thermal Insulation and Compressive Performance for Thermal Insulation Applications

The preparation of nanoporous polybenzoxazine aerogels with environmentally benign solvents has drawn increasing interest in recent years, but the strategies for enhancing their mechanical strength and the mechanisms by which microstructural evolution influences skeleton strength are not clear yet....

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Bibliographic Details
Main Author:	Zeyu Li (4371955) (author)
Other Authors:	Jinlong Zhou (6001853) (author), Yihan Liu (2258221) (author), Sujing Yang (22495451) (author), Junhui Huang (9107704) (author), Jiajing Xu (10187330) (author), Guihua Tang (2071546) (author), Yunyun Xiao (2111017) (author)
Published:	2025
Subjects:	Biophysics Molecular Biology Biotechnology Evolutionary Biology Developmental Biology Space Science Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified water contact angle special nanostructure evolution mk hybrid aerogel environmentally benign solvents nanoporous polybenzoxazine aerogels mk hybrid aerogels drawn increasing interest thermal insulation applications balanced thermal insulation high mechanical strength thermal insulation mechanical strength organic aerogels modulus increasing substantially improved soluble benzoxazine silicon functionalization remarkable integration recent years rational design practical route multifunctional boron intrinsic hydrophobicity induced fabrication herein propose drawing inspiration demanding environments coupling agent compressive performance clear yet characteristics position broad range approximately 38 22 mpa 145 °. 0325 w
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