国家/地区 中国（8）
IPC部 C（9）
IPC大类 C09（9） C01（2） C08（2）
IPC小类 C09D（9）
IPC C09K005/14（9）
发明人 WANG C（2） WANG X（2）
公开年 2018（9）
申请年 2018（5）  2017（4） 
专利权人

Graphene heat conductive coating modified radiator, has graphene coating that comprises graphene oxide, solvent, dispersant, adhesive, thickener, composite conductive agent, carbon fiber filler, and hydrophobic filler.

CHEN C

Slurry for manufacturing graphene sheet combining graphite flake structure comprises solvent in which graphite nanoplatelet material comprising graphite nanoplatelets and graphene material comprising graphenes are mixed.

CHOU T, WU F, CHAN C, LIAO W, CHANG H, LI L, ROSS J

High thermal conductive composite material comprises copper foil that is used as substrate, and graphene acrylic resin composite material that is bonded to surface of copper foil.

LIAN Z, LI S, ZENG Y, WANG C

Heat storage and anti-icing material has preset energy density, droplet contact angle and surface shear force, and is prepared by impregnating alumina template with ethanol solution of azobenzene/graphene composite material, and solidifying.

FENG W, YANG W, FENG Y

Computer case heat-dissipating paint comprises nano-graphene modified epoxy resin, modified starch, sodium-based montmorillonite, titanium dioxide, nano-boron nitride, nano-aluminum nitride, filler, and dispersant.

ZHU M

Preparing high thermal conductivity graphene coating for heat sink comprises configuring a graphene solution, adding a dispersing agent to the graphene solution, dispersing, weighing adhesives and thickeners, dispersing and drying.

ZHANG L, XU D

Preparing graphene heat-conduction heat-dissipation composite material by mixing shear thickening system containing thermally-conductive filler with graphite raw material and subjecting mixed liquid to mechanical shearing.

YANG Y, WANG X, QIU S, HE C, LEI C, ZHANG J, LEI S

Preparation of self-assembled high heat conducting antistatic polyester porous film by preparing polyethylene porous film by thermal phase separation, preparing graphene oxide by modified Hummers, and attaching graphene oxide to porous film.

GENG J, WANG X, LI B, DONG S, WU X, WANG C

Production of high-thermal-conductivity primer, involves stirring and dispersing e.g. silicon carbide, coupling agent, acetate compounds, polyester resin, polyamide wax, defoamer, zinc stearate, nano graphene, and nano aluminum nitride.

ZHANG H