国家/地区 中国（29）
IPC部 C（29）
IPC大类 C09（29） B05（3） C08（3）
C23（2） H01（2）
IPC小类 C09D（29）
IPC C09D005/08（15） C09D163/00（14） C09D007/61（10）
C09D007/12（8） C09D005/24（6） C09D007/62（5）
C09D133/00（5） C09D175/04（5） C09D115/00（4）
C09D007/63（3） C09D007/65（3） C09D127/12（3）
B05D001/36（2） B05D007/00（2） B05D007/14（2）
发明人 ZHANG D（29）
公开年 2017（9） 2022（7） 2023（4） 2021（3） 2020（2）
申请年 2016（9）  2022（7）  2021（5）  2017（2）  2020（2） 
专利权人 WUXI MINGSHE.（5） UNIV XIAN JI.（2） WUXI MINGSHE.（2）

Light control valve useful in dimming glass assembly, comprises e.g. first transparent substrate, first transparent electrode, second transparent substrate and second transparent electrode arranged oppositely, and light control layer arranged between first and second electrode.

LIANG B, ZHANG Y, XIAO S, ZHANG D, ZHAO S, LI Y

High-efficiency antirust sealing agent comprises zinc oxide, phosphoric acid, epoxy resin, catalyst, phenylacrylic acid, triethanolamine, nano-scale boron nitride, nano-scale graphene, silane coupling agent, film-forming agent, absolute ethanol and deionized water.

WU Y, SI P, FANG S, DONG Y, XU Y, ZHANG D

Anti-corrosive wear-resistant coating formed by hydrolyzing modified graphene, then mixing with modified metal-organic framework nanoparticles, epoxy resin, and ethylenediamine and curing.

TIAN H, ZHANG Y, ZHANG D, LI J, XING J

Anti-corrosion coating useful for special-shaped parts of steel structures, comprises e.g. rust conversion primer, epoxy tie paint and weather-resistant hydrophobic topcoat, where the rust conversion primer is two-component aqueous epoxy coating containing component A and component B.

CAI H, XU L, ZHENG Y, TU Q, SUN Y, YANG B, ZHONG W, YANG H, ZHANG D, WANG H

Anti-weather anti-corrosion protective nano coating used for red sandstone in hydraulic engineering, comprises component comprising aqueous acrylic resin, deionized water, film-forming additive, nanoparticles, defoamer and dispersant.

ZHANG D, XU N, GUI Y, XU X

Heating coating comprises carbon nanotube slurry and graphene fiber powder, carbon fiber powder, acrylic modified resin, and water.

ZHANG D, ZHANG G

Graphene/epoxy resin conductive coating with gradient concentration, preferably graphene concentration of each continuous layer in coating can be adjusted and controlled to form composite system with gradient concentration and forming micro cross-linked structure.

MA M, BAI X, SUN X, LI Y, LIU W, ZHANG M, YANG R, TENG X, WANG N, LIU M, YANG S, ZHANG D, LI P

Preparing radiant heat dissipation coating useful in a solar photovoltaic backplane, comprises e.g. using ultrasonic dispersion, heating to dissolve, ball milling, adding tris buffer to mixed solution, and adding leveling agent, antifoaming agent and thickening agent as auxiliary agents.

DING S, CUI J, ZHANG D

Preparing liquid metal composite cooling coating involves mixing the liquid metal surface-treated with surfactant and aqueous solution of dopamine, adjusting pH with alkaline reagent, shaking to promote self-polymerization of dopamine on surface of the liquid metal, and adding carbon nano-fillers.

DING S, CUI J, ZHANG D

Preparing polyacrylate functionalized graphene modified polyurethane composite coating, comprises e.g. reacting (2,2,6,6-tetramethylpiperidin-1-yl)oxy-terminated phosphaphenanthrene acrylate grafted graphene with graphene oxide and benzoyl peroxide.

YU X, ZHANG D, WANG Y