国家/地区 中国（43） 世界知识产权组织（5） 美国（4） 韩国（3） 日本（2）
IPC部 C（44） D（44） B（4）
IPC大类 C08（44）
IPC小类 D01F（44）
IPC D01F001/10（36） C08K003/04（25） D01F006/90（13）
D01F001/09（12） D01F006/92（11） C08J003/22（8）
C08G063/183（7） C08L077/02（6） D01D005/08（6）
C08G069/14（5） C08G069/16（5） D01F006/94（5）
C08K009/04（4） C08K013/02（4） C08L023/06（4）
发明人 CHEN C（7） GAO C（7） HAN Y（7）
SUN X（6） SHEN Y（4） ZHANG X（3）
CHEN Q（2） GAO J（2） HAO C（2）
JIANG J（2） LAI G（2） LIU D（2）
MA Q（2） PAN Q（2） SHA Y（2）
公开年 2017（44）
申请年 2017（33）  2016（10） 
专利权人 HANGZHOU GAO.（7） ZHEJIANG JIN.（4） CHENGDU NEW .（2） FUZHOU JINAN.（2）
KOREA INST S.（2） SHANDONG SHE.（2） UNIV BEIJING.（2） UNIV HANGZHO.（2）
WUHAN ZHENGD.（2） ZHENG H（2）

Preparation of graphene-polyester conductive polyester filament for screen printing, involves adding nano-graphite powder, ethylene glycol and organic solvent, adding catalyst and stabilizer, heating, stirring, dispersing, and heating.

YAO X, XU G, TANG Y

Composite polyacrylonitrile master batch used in polyacrylonitrile fiber, comprises graphene, polyurethane, conductive metal powder, anionic surfactant and solvent and has simple preparation and polyacrylonitrile fiber has good structure.

CHEN Z, LING J

Preparing graphene modified nylon 66 comprises e.g. dissolving graphene oxide in water to form graphene oxide aqueous solution, stirring, ultrasonically centrifuging to obtain the graphene oxide dispersion liquid, and adding nylon 66 salt.

YU H, DUAN X, HUANG T, YANG T, CHANG Q

Preparation of graphene-polyacrylonitrile-based composite carbon fiber involves reacting surface-modified graphene with acrylonitrile monomer in organic solvent, spinning into fiber, and subjecting to pre-oxidation and carbonization.

CAO W, SHA Y, XU L, GAO A, LI C, TONG Y

Graphene-rare earth-nylon nanocomposite fiber comprises graphene, nano-rare earth and nylon, where fiber is prepared by modifying graphene, adding organic acid solution, modifying rare earth nanoparticles, adding nylon solution.

YANG Z, ZHU L, ZHANG F, FAN H, QI Y

Preparing graphene polyester fiber by carrying out feeding step, esterification step, polycondensation step and melt spinning step, where feeding step involves mixing terephthalic acid and ethylene glycol and adding catalyst and graphene.

ZHANG X

High content graphene modified nylon 6 masterbatch used in manufacturing of thermally conductive, conductive nylon composites and permanent antistatic nylon 6 fibers or permanent antistatic nylon 66 fiber, comprises caprolactam.

CHEN R, CHEN X, DENG K

Preparation of graphene terylene composite material master batch comprises graphene treating, adding deionized water, adding solution comprising graphene, heating, stirring, filtering, drying, ball milling with terylene, and mixing.

ZHENG H

Preparation of graphene nylon fiber comprises preparing graphene nylon polymer, performing spinning pretreatment by cutting graphene nylon polymer into particles, removing excess impurities, drying, and melt spinning.

ZHANG X

Preparing graphene reinforced masterbatch material by electrospinning and stretching comprises e.g. adding flake graphite into solution of N,N-dimethylacetamide and deionized water, adding sodium bisulfate and peeling graphite into graphene.

CHEN Q, WANG L, ZENG J