国家/地区 中国（9）
IPC部 C（11）
IPC大类 C09（11）
IPC小类 C09D（11）
IPC C09D163/00（5） C09D007/61（4） C09D011/52（4）
C09D175/04（4） H05K001/09（3） H05K009/00（3）
C08J007/04（2） C09D005/24（2） C09D007/43（2）
C09D007/63（2） C09D007/65（2） H05B003/14（2）
H05K007/20（2）
发明人 CHEN L（2） YANG Y（2）
公开年 2018（8） 2020（2）
申请年 2018（11）
专利权人 DANYANG ZHON.（2）

Conductive ink used for flexible electronics and printed electronics, comprises thermoplastic urethane as binder, graphene nanoplatelets or graphene sheets, solvent which facilitates tuning of viscosity of ink, and surfactant.

GEDELA V, NUGURU R

Excitation continuous-wave terahertz aqueous graphene heating ink useful for low-temperature and high-temperature electric heating film, comprises e.g. graphene material, aqueous resin, auxiliary agent and terahertz reinforced material.

XIE X, YANG F, YANG L

Composite film comprises substrate film composed of graphene, high molecular polymer, curing agent and coating layer.

SUN R, YE H, ZHAO T, ZHANG B, HU Y, LIANG X

Ultra-wide incident angle microwave absorbing material is composed of inclined abnormal cellular structure, flexible substrate and graphene conductive coating coated on flexible substrate, and is eco-friendly, and has small density.

ZHANG X, KOU Y, DENG C

Conductive graphene ink used e.g. in energy storage device, comprises binder solution of binder and first solvent, reduced graphene oxide dispersion of e.g. reduced graphene oxide, third solvent, conductive additive, surfactant and defoamer.

ELKADY M F, MOHAMED N, KAVANAUGH J, KANER R B

Use of graphene slurry for electric vehicle motor controller, where application method involves mixing graphene powder, N,N-dimethylacetamide, ethyl acetate and water, adding silicon carbide powder to mixed solution and mixing.

CHEN L, YANG Y

Graphene aqueous electrothermal film comprises polyester film and a conductive layer coated on surface of polyester film, where conductive layer comprises conductive filler, auxiliary, waterborne resin and beta-cyclodextrin derivative.

WANG X

Graphene coating used for circuit substrate, is prepared by stirring double-layered graphene, graphene oxide, acrylic acid resin, 1,3-diisopropylcarbodiimide, nitric acid solution, and ethanol solution, and mixing with epoxy resin and water.

CHEN L, YANG Y

Printing cured graphene-based conductive ink comprises e.g. mixing graphene, chlorinated polypropylene resin, crosslinking agent and auxiliary agent, performing ultrasonic dispersion and adding initiator into graphene conductive ink.

LIN Q

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