国家/地区 中国（14）
IPC部 C（14）
IPC大类 C08（14）
IPC小类 C08G（14）
IPC C08K003/04（9） C09K003/00（6） C08G018/48（5）
C08J009/08（5） C08K003/38（5） C08K005/521（5）
C08K003/22（4） C08K003/36（4） C08K013/06（4）
C08G073/02（3） C08J009/28（3） C08G018/76（2）
C08G063/183（2） C08K003/24（2） C08K003/34（2）
发明人 WANG X（14）
公开年 2018（14）
申请年 2016（5）  2018（5）  2017（4） 
专利权人 HENAN HAINAD.（5） ZHEJIANG HEN.（2）

Deeply-degrading graphene waste polyester textile by copolymerization modification useful in the field of e.g. antistatic and far-infrared, comprises mixing polyester oligomer with graphene oxide, and subjecting to polycondensation reaction.

WANG X, LIU Y, HU H, YU J, LI F, WU D

Aqueous-based coating comprises first component (comprised of polydopamine modified polyaniline/graphene composition) and second component (comprised of pigment, and defoamer).

LI W, YANG N, WANG W, LIU A, WANG X

Cellulose-based composite conductive material comprises graphene oxide powder, conductive polyaniline powder, sodium carboxymethyl cellulose, reducing agent and deionized water.

CHU F, ZHANG Z, WANG X, CHAO J

Preparing phenyl silsesquioxane/graphene oxide/polyimide three-phase composite film comprises e.g. dissolving expanded graphite with mixed acid solution, adding potassium permanganate, centrifuging, grinding and ultrasonically vibrating.

ZHOU H, WANG X, ZHANG H, JIN L

Hydrophilic antistatic graphene modified polyester chip, prepared by esterifying, adding catalyst, performing polycondensation reaction and performing underwater pelletizing.

HU S, WANG X, HU C, DONG H

Preparing a graphene-based protein filler used for recycling leather waste, comprises adding water into amino resin monomer, stirring, reacting, adding formaldehyde solution and sodium bisulfate, drying, adding graphene oxide and dispersing.

SUN H, WANG X, WEN H, GU X, LIANG Y, WANG K

Preparing graphene-based composite wave absorbing material comprises e.g. preparing graphene oxide, preparing graphene-samarium-cobalt-doped barium ferrite composite material, and preparing graphene-based composite absorbing materials.

LUO J, ZHANG Y, ZHANG K, GUAN H, WANG X, XU J

Polyurethane ferrite composite flame retardant wave-absorbing material comprises polyether polyol, toluene diisocyanate, nanocarbon sol, deionized water, dimethyl methyl phosphonate, graphene oxide, ferrite and silicon carbide.

CHENG X, WEN Y, WANG X

Flame retardant material comprises e.g. polyether polyol, toluene diisocyanate, nanometer white carbon black, deionized water, dimethyl methyl phosphonate, graphene oxide, barium titanate and nano-zinc oxide.

WANG X, WEN Y, WANG L

Composite absorbent porous material comprises e.g. polyether polyol, toluene diisocyanate, nano carbon solution, nano white carbon black, deionized water, dimethyl methyl phosphonate, graphene oxide and barium titanate.

WANG X, WEN Y, WANG L