国家/地区 中国（16）
IPC部 C（16）
IPC大类 C22（16） B22（6） C23（2）
IPC小类 C22C（16） B22D（4） C22F（3）
B22F（2） C23C（2）
IPC C22C001/02（16）
发明人 GAO X（2） JIANG L（2） LI J（2）
LI X（2） LI Y（2） WANG X（2）
ZHAO Y（2）
公开年 2020（11） 2021（4）
申请年 2020（16）
专利权人

Fast preparation of graphene metal matrix composite material comprises adding graphene and bulking agent into organic solvent, mixing, and ultrasonically processing, spraying dispersion into molten metal or alloy by high-pressure injector, continuously stirring, and cooling and forming.

JIANG C

Preparing graphene and in-situ nano-particle reinforced aluminum-based composite material comprises e.g. heating and melting aluminum alloy, and adding potassium fluoroborate and potassium fluorozirconate.

CHEN G, GUAN C, ZHAO Y, QIAN W, QIE X, HUANG L, GAO X, JIN L, KAI X

Ultra-long-acting double metamorphism of hypereutectic aluminum-silicon alloy comprises e.g. configuring hypereutectic aluminum-silicon alloy, preparing fluorine salt and carbon powder weight and adding into intermediate frequency reactor.

ZHANG G, GAO X, MENG X, FAN J, LIU X

Graphene-aluminum-based synthetic material comprises rare earth element added during aluminum-based alloy melting and casting.

XIE J

Die-casting aluminum alloy useful for fifth Generation communication base station shell comprises e.g. silicon, technetium, cadmium, niobium, silver, calcium, strontium, chromium, zinc, iridium, boron, rare earth element, and aluminum.

ZOU Y

Graphene oxide reinforced titanium alloy comprises magnesium, graphene oxide and titanium and unavoidable impurities.

JIANG L, FENG C, HAN L, LIU Y

Preparing high-strength, high-conductivity and wear-resistant aluminum-based composite material involves preparing material, drying raw materials of graphene, aluminum flux, aluminum block, silicon block, silver block and magnesium block.

DUAN H, LI Y, SHANG J, LI J, LI X, WANG X, JIA D, ZHAN S, LIU L, LUO X

Graphene-reinforced hypereutectic aluminum-silicon alloy for industrial applications, comprises silicon, magnesium, graphene, zirconium, zinc, manganese, titanium, beryllium, tin, lead and aluminum.

FAN G

Casting process for improving strength of aluminum alloy profile, involves smelting metal raw material, adding aluminum alloy inoculant, mixing, stirring with e.g. graphene and nano-silicon nitride, pouring into mold and casting.

WANG K, BIAN X, HUANG J, XIANG Z, QIAN J

Preparing thermal crack resistant cast magnesium alloy useful for manufacture automobile wheels comprises e.g. selecting magnesium alloy system, heating, melting, introducing graphene, and casting magnesium alloy melt.

WANG X, LI X, ZHOU H, TIAN Y, XIAO L