国家/地区 中国（30）
IPC部 C（30） B（8）
IPC大类 C09（30） C08（7） B05（4）
IPC小类 C09D（30）
IPC C09D007/61（15） C09D005/08（9） C09D007/62（6）
C09D183/04（6） C09D007/65（5） C09D163/00（5）
B05D007/24（4） C09D007/20（4） C09D175/04（4）
B05D005/00（3） C09D005/00（3） C09D005/24（3）
C09D005/32（3） C09D011/03（3） B05D001/02（2）
发明人 WANG X（30）
公开年 2021（30）
申请年 2021（30）
专利权人 CHINESE ACAD.（4） AECC BEIJING.（2） WUHAN TWIN T.（2） ZEYI FOSHAN .（2）
ZHEJIANG PFL.（2） ZHEJIANG PFL.（2）

Silicate concrete anti-corrosive paint useful in construction, shipbuilding, marine development and machinery industry, comprises aqueous organosilicon modified acrylic resin, silicon dioxide, graphene, crystalline flaky basalt, and water.

ZHU G, LI W, FAN Z, DU B, JIANG B, ZHANG Y, LI H, LI X, WANG X, YAN F

Graphene oxide slurry used as a filler for an organic anti-corrosion coating, obtained after the mixture of methyl methacrylate, nitrile butadiene rubber and graphene oxide is ball-milled.

WEI S, WANG B, WANG X, WANG Y, LIANG Y, GUO L, LU F

Light-resistant graphene ultraviolet ink comprises polyurethane acrylic resin, photocatalytic modified graphene, pigment, photoinitiator, dispersant, auxiliary agent, filler, and solvent.

WANG X, XIA D, ZHOU J

Preparing hydrophobic moisture barrier coating useful in obstructing and dehumidifying field, comprises e.g. reacting dopamine hydrochloride in methacrylic acid substance, performing free radical polymerization reaction and oxygen plasma surface hydroxylation and coating.

WANG X, YANG W, YU Q, YU B, XIANG Y, ZHOU F

anti-corrosion coating formed by the paint comprises ketone solvent, amine curing agent, and adhesion promoter, silicon carbide, flake pigments, epoxy graphene slurry, amino resin, and mixed solvent.

MA S, XU Y, LIAN B, WANG Q, ZHANG W, WANG X, SHEN X, XU K, DI Z, LI M, FANG J

Preparation of biomass polymer material-based photothermal conversion superhydrophobic film used for e.g. medical dressing, involves mixing biomass polymer material and deionized water, heating, reacting with e.g. plasticizer and filler, and introducing low surface energy substances, and drying.

YUE O, ZHENG M, LIU X, BAI Z, WANG X

Preparing broadband optical absorbent involves weighing and dissolving metal chloride and hexamethylenetetramine in solvent for reaction, and then separating generated precipitate to obtain nano-scale metal hydroxide powder.

SHI H, WANG X, LI C, PIAO M

Preparation of optical absorber used in adhesive system, involves dissolving metal ammonium salt, thiourea and molecular soft template agent in water, dispersing in ethanol solution, adding aqueous ammonia and ethyl orthosilicate, passing to microwave generator, adding sodium hydroxide, and etching.

SHI H, WANG X, LI C, PIAO M

Preparation of antistatic optical absorption coating with low air-out rate by uniformly depositing graphene oxide/silsesquioxane dispersion liquid on substrate, ultrasonically processing carbon nanotube in organic solvent and mixing.

QIN Y, PIAO M, LI Y, SHI H, FAN J, GUO C, YUAN L, WANG X, YU B, LI C

Improving visible near infrared band solar absorption ratio comprises adding gas phase silica and low-dimensional carbon nanomaterial into film-forming raw materials, spraying liquid forming absorption layer, using sol-gel method to deposit composite film with nano-scale protrusions.

SHI H, WANG X, LI C, PIAO M