Preparation of an innovatively encapsulated hydrated salt-based polymer phase change material and its thermal management performance for batteries

Dongling Liang

doi:10.1016/j.polymer.2026.130075

Preparation of an innovatively encapsulated hydrated salt-based polymer phase change material and its thermal management performance for batteries

2026-04-16

0

PRE

AI

D

Dongling Liang

J

Jinlu Yang

T

Tiannian Zhou

M

Muhui Hua

J

Jiapu Guo

S

Silong Wang

Q

Qinpei Chen

Y

Yiqiang Long

H

Hongyuan Ding

J

Jianghui Xie

Q

Que Huang

C

Changcheng Liu *

DOI：10.1016/j.polymer.2026.130075

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Abstract

En 中文

• Carbon nanotubes and fluorinated rubber improve thermal conductivity by 178.3%. • The innovative encapsulation material decreases the leakage rate from 29.16% to 3.37%. • This encapsulation strategy significantly enhances operational stability. • The material design offers superior thermal management and safety performance.

Keywords:

carbon nanotubes

fluorinated rubber

thermal conductivity

encapsulation strategy

phase change material

Preparation of an innovatively encapsulated hydrated salt-based polymer phase change material and its thermal management performance for batteries

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