国家/地区 中国（18） 美国（2） 世界知识产权组织（2）
IPC部 C（18） B（3） H（3）
IPC大类 C08（18）
IPC小类 C08J（18）
IPC C08J005/18（18）
发明人 CHEN J（2） LIN Y（2） LIU G（2）
LIU Y（2） MA C（2） XU L（2）
YANG X（2） YU R（2） ZHANG D（2）
ZHANG Y（2）
公开年 2021（18）
申请年 2020（8）  2021（8）  2019（2） 
专利权人 NINGXIA QING.（2）

Thermal conductive materials comprises methyl vinyl silicone oil, hydrogen silicone oil, modified alumina particles, graphene fiber powder, propanol solution, coupling agent, catalyst, inhibitors, cross-linking agent, antioxidants and flame retardant.

PU S

Pyrene ring-containing polythiophene-modified graphene thermal conductive filler for preparing thermally conductive composite material, is obtained by blending and modifying pyrene ring-containing polythiophene and graphene nanosheets.

WU B, LI Y, QIAN J

Preparation of low dielectric constant liquid crystal polymer (LCP) film, involves acetylating hydroxyl-containing aromatic monomer, polymerizing acetylated monomer, performing transesterification reaction, ball milling and mixing liquid crystal polymer and filler, melting and plasticizing mixture.

XU L, YU R, ZHANG D

Method for preparation of hybrid membrane used for solar sea water desalination, involves adding high molecular polymer into solvent under high temperature stirring condition, combining material with high thermal conductivity and high photo-thermal conversion capability forming composite material.

HE L, LIU R, GE C, GUAN H, ZHANG X, MA C

Preparation of graphene-based flexible composite shaped phase change material film used e.g. for thermal energy conversion, involves preparing graphene oxide aerogel, mixing with polyvinylidene fluoride solution, preparing into graphene composite film carrier, and mixing with phase change material.

SUN K, SHI Q

Preparing high-frequency transmission liquid crystal polymer film useful for e.g. electronics, comprises acetating monomers, crushing high-temperature polymerization of acetylated monomer and phenolic resin, mixing liquid crystal copolyester, cooling, slitting longitudinally and transversely.

XU L, YU R, ZHANG D

Preparing polyimide/graphene composite thermally conductive film, involves performing polycondensation of dianhydride, crosslinking polyamic acid and polyvinyl alcohol followed by subjecting film-forming mixture to thermal imidization.

XU Z, LIU G, ZHANG Q

Thermal interface material with vertical sandwich structure, comprises thermally conductive filler and polymer material with flexibility.

CHEN M, WU L, HUANG T

Preparing the graphene modified polymer composite material comprises comprising e.g. preparing natural crystalline flake graphite by Hummers method to form graphene oxide, dispersing in aqueous solution and performing ultrasonic treatment.

CHEN J, HE M, LI L, WANG K, XUE Y, HE Y, WANG Y, ZHANG J, LU Y, LU X, LU P, WU Y, FU X, LUO G, YANG X, LIU G, LIU Y, YE W

High heat-conducting four-needle-shaped composite particle/polyimide film useful in electronic materials e.g. thermal management materials and interface materials, comprises heat-conducting filler, surfactant and polyamic acid solution.

MA C, CHI H, LIU D, ZHANG P, DAI P