国家/地区 中国（30）
IPC部 C（30）
IPC大类 C08（30） B29（2） C01（2）
C09（2）
IPC小类 C08L（30）
IPC C08L077/06（30）
发明人 CHEN P（2） LU J（2） REN Q（2）
WANG J（2） ZHANG J（2） ZHENG J（2）
ZHOU H（2） ZHOU L（2） ZHOU W（2）
公开年 2022（19） 2023（11）
申请年 2022（30）
专利权人 GOERTEK INC（2） HENGDIAN GRO.（2） UNIV QINGDAO.（2）

Preparing reduced graphene oxide/alcohol-soluble nylon composite masterbatch useful in field of mechanical and electrical, comprises e.g. mixing graphite oxide with alcohol solvent, and stripping liquid phase, precipitating or solidifying, and reducing.

HUANG W, HONG J, CHEN D, MA C, CHEN W, DENG W, HU B, CHEN G

Preparing PA10T heat-conducting composite material based on bionic modification, by adding graphene oxide, carbon tube and hollow glass microsphere to catechol-polyamine compound, reacting, polymerizing, mixing with polyamide resin, vacuum-drying hollow glass to extrude, granulating, and drying.

ZHOU W, CAI Q, CAI Y, ZHANG K, WANG Y, CHEN J, DING H, SHI H, YAN R, ZHANG H, WANG Z

Resin-modified composite material used for hand molds and finger cot molds comprises high performance material resin, thermally conductive filler, glass fiber, surface treatment agent, antioxidant, and nucleating agent, where the high-performance material resin is polyamide resin.

ZOU L, FAN X, ZOU Q

Nitrogen-based flame-retardant nylon material useful for forming high-end circuit breaker shell, comprises polyamide, methylcellulose copolymer, heat stabilizer, lubricant, reinforcing component, black powder, auxiliary toner and laser marking synergist.

ZHANG L, ZHENG J, ZHOU H, WANG J, ZHENG Y, TIAN J

Polyamide composite material useful in laser welding material for welding of engine and peripheral component, comprises e.g. conventional nylon, special nylon, glass fiber, nucleating agent, antioxidant auxiliary agent, lubricant, anti-reflection agent, and organic toner.

LI W, MO L, QIAN J, YU L

Composition useful for preparing shell of electronic appliance, automobile and building, comprises layered mica powder and inorganic filler comprising at least one of glass fiber, talc, calcium carbonate, titanium dioxide, glass microspheres, carbon fiber, graphene, and/or wollastonite.

TANG Y, QIAN Z, YE N, CHEN P, GUO T

Preparing modified carbon fiber for polyamide 66, involves soaking degumming carbon fiber in dopamine solution, adjusting pH value of solution, standing at room temperature, performing suction filtration, washing and drying to obtain coated carbon fiber.

ZHANG J, LIU M, LI J, YAO X, ZHENG Q

Preparing composite material for fuel cell end plate, involves obtaining oxidized graphene glass fiber by soaking glass fiber in dispersion liquid of graphene oxide, drying to glass fiber and coating with oxidized graphene and coating oxidized graphene glass fiber on ethanol solution of urushiol.

FENG J, GU L

Low-temperature wear-resistant and antistatic polyamide composite material useful for bottom material of ski, comprises e.g. polyamide matrix resin, inorganic fiber (comprised of carbon fiber, elastomer, wear-resistant filler, inorganic nano-filler, conductive filler, antioxidant and compatibilizer.

ZHENG X, WANG J, LI M, XU M

Preparing basic copper phosphate for use in laser etching material for in laser etching or laser activation, involves mixing basic copper carbonate and phosphoric acid, heating to boiling point, and then separating liquid phase.

LI X, SHEN X, WEN B, TANG H