国家/地区 中国（8）
IPC部 B（9）
IPC大类 B01（9） C09（9）
IPC小类 B01J（9）
IPC C09K005/06（9）
发明人 CHEN Z（2） HUANG H（2） LI Y（2）
公开年 2021（9）
申请年 2021（5）  2020（3） 
专利权人

Flame-retardant phase change microcapsule for preparing self-adaptive temperature control flame-retardant silicone foam gasket for power battery, comprises wall material comprising graphene, carbon nanotubes or phosphorene modified by silane coupling agent, and core material such as paraffin.

HUANG H, MAO C, YIN C, GE X, DU W

Preparing high latent heat value phase change micro-capsule comprises transferring modified carbon nano-material dispersed in de-ionized water, melting organic phase change material, pouring hot emulsifying agent solution, carrying out in situ polymerization and forming polymer wall material.

YAN Y, CHEN Z, ZHANG X

Preparing composite phase change material comprises e.g. adding functional substance into cross-linking agent solution, ultrasonically stirring, then adding into polyvinyl alcohol solution, and vacuum immersing phase change core material.

ZHOU K, LU J, XIE D

Composite phase change temperature regulating material useful in textiles, comprises a phase change energy storage microcapsules and phase change energy storage aerogels dispersed in a dispersant.

ZHAO J

Preparing highly oriented layered graphene aerogel phase change composite material comprises e.g. hydrothermally reacting graphene oxide suspension, pre-freezing, carbonizing and combining with phase change material.

DONG Z, DONG Q, LI X, YUAN G, CONG Y, ZHU H, LI B, ZHANG J

Nano-encapsulated binary composite phase change material comprises a core material and a capsule wall covering the core material.

LI Y

Preparing high temperature resistant elastic graphene aerogel material comprises e.g. uniformly stirring and mixing graphene oxide solution, reducing agent, surfactant and high temperature phase change material to obtain precursor foam.

LIU Y, ZHANG W, HUANG H, LI J, LI W, YANG J, ZHAO Y, ZHANG H

Preparing graphene oxide modified cellulose-based phase change microcapsules, by mixing sodium lauryl sulfate and polysorbate 20 to obtain emulsion, mixing palmitic acid and ethyl cellulose, mixing with emulsion, and adding graphene oxide.

ZHANG S, WAN B, CUI S

Sepiolite-zeolite powder doped capric acid phase change microcapsule temperature and humidity control material comprises P.O42.5 cement, sepiolite, zeolite powder and capric acid phase change microcapsule.

WANG X, LI Y, ZHANG C, CHEN Z, ZHU J