国家/地区 中国（21）
IPC部 B（22）
IPC大类 B22（22）
IPC小类 B22F（22）
IPC B22F001/12（6） B22F009/04（6） B22F001/16（5）
C23C016/26（5） C22C001/05（4） C23C004/06（4）
C23C016/44（4） B22F001/054（3） B22F001/18（3）
B22F003/105（3） B33Y070/10（3） C22C038/02（3）
C22C038/44（3） C23C018/40（3） H01M004/66（3）
发明人 WANG X（4） HU Y（3） LI Q（2）
MA Y（2） ZHANG G（2） ZHANG Q（2）
ZHANG Y（2） ZHOU H（2）
公开年 2023（22）
申请年 2022（17）  2023（4） 
专利权人

Titanium carbide-based metal ceramic used for preparing wear-resistant product, comprises graphene, alloy steel and titanium carbide.

WANG X, XIAO Z, CAO Z, LI J

Method for preparing metal matrix material for graphene, involves making stable graphene on surface of metal particles to obtain metal matrix graphene.

SUN P, ZHOU H, ZHU L, WANG X

Graphene enhanced nickel-aluminum-based high-temperature anti-friction coating, is obtained by low pressure cold spraying method, where original powder comprises nickel powder, aluminum powder and aluminum oxide powder.

ZHANG L, LI Z, ZHANG G, JU J, LIU Z, TANG J

Preparing graphene coated copper powder particle-reinforced copper-based composite coating involves growing graphene layer on surface of copper powder, paving copper powder on quartz sheet, vacuumizing, heating, drying, distributing graphene coated copper powder particles and spraying mixed powder.

QI J, ZHOU C, TIAN X, WANG Z, GONG C

Ultra-thin low-resistance conductive polymer film, obtained by blending polymer, conductive substances and auxiliary agent to form blend, extruding and stretching into film and electroplating via copper sulfate solution to further grow copper on film.

ZHAO W, REN J, LI G, HU Y, JIANG Y, MA Y, ZHI L

Preparation of cobalt-based composite material used in lithium battery negative electrode material, involves performing discharge plasma sintering treatment to cobalt antimonide and graphitized carbon powder, ball-milling, and depositing non-metal semiconductor material layer on obtained material.

XU Y, WANG X, LIU T

Preparation of additive used for preparing copper or copper alloy profile, involves coating graphene on raw material of copper or copper alloy powder surface, and performing high-energy beam additive manufacturing using obtained graphene modified copper or copper alloy powder.

LIU B, HOU H, LI T

High-temperature-resistant and high-toughness mixed silicon carbide powder for glass pressing molds, comprises silicon carbide powder, cobalt powder, boron nitride powder, aluminum-silicon powder, and graphene oxide powder.

GE J

Preparing additive manufacturing copper-clad graphene/aluminum alloy composite material, involves performing surface metallization processing to graphene sheet layer to obtain graphene layer with uniform surface copper-coated surface.

TAN H, HU Y, LI Q, ZHANG Z, ZHANG Q

Preparing oriented carbon nanotube-graphene/copper composite material for use in aerospace industry, involves placing graphite mold in electromagnetic field, adding dry composite powder slowly to align powder in mold, and solidifying powder by Spark plasma sintering vacuum sintering apparatus.

DU H, LIU S, DENG W, DENG L