国家/地区 中国（29）
IPC部 D（29）
IPC大类 D01（29）
IPC小类 D01F（27） D01D（15） C08K（5）
C08L（5） D04H（5） C08J（4）
D06M（3） A61L（2） B01D（2）
B01J（2） C08G（2） D02G（2）
IPC D01F001/10（18） D01F001/09（12） D01F006/92（7）
C08K003/04（5） C08L067/02（5） C08J003/22（4）
D01D005/00（4） D01D005/08（4） D01F006/90（4）
D01D005/06（3） D01F009/12（3） D01F011/08（3）
B01D039/16（2） C08K009/04（2） C08K009/06（2）
发明人 ZHANG Z（29）
公开年 2018（7） 2020（5） 2021（5） 2016（3） 2022（3） 2023（2）
申请年 2018（7）  2022（5）  2019（4）  2020（4）  2016（2）  2017（2）  2021（2） 
专利权人 UNIV SOOCHOW（4） H V SUZHOU .（2） SUZHOU SUPER.（2） UNIV SHANDON.（2）
ZHEJIANG JIN.（2）

Low resistance graphene melt spraying cloth spinning device, has screw extruder provided with heating feeder that is provided with feeding hopper, and lower part of melt-blown die head provided with winding mechanism and adjusting mechanism.

XIA Y, ZHANG Z, YI H, MA Q, CHENG W, WANG W, LI D

Drying method for preparing aqueous sodium-ion batteries comprises pre-mixing active material and conductive agent, adding polytetrafluoroethylene binder, shearing, rolling semi-finished dry-process electrode film and bonding to current collector and bonding to tabs and heat sealing.

CHENG Q, ZHANG Z

High and low temperature melting temperature bicomponent polyester fiber useful in preparing self-conducting oil filter material, prepared by co-extruding low-temperature polyester fiber chips and high-temperature conductive polyester fiber chips.

JI J, WU J, ZHANG Z

Antistatic polyester fiber with high and low temperature melting temperature used in filter material, comprises polyester fibers with low melting point and high melting point conductive system.

JI J, WU J, ZHANG Z

Fiber used for forming military equipment and civilian textile materials, is obtained by spinning dope comprising phase-change energy storage microcapsules comprising phase change material, organic wall material and inorganic wall material e.g. graphene.

LV W, LIU C, FANG T, GONG X, HE F, CHENG Y, GUO W, ZHANG Z, FANG Z, LI X, YANG X

Preparation of carbon fiber gel material used in absorbing organic solvent and oil, involves pre-activating ZIF-8-polyacrylonitrile fiber to obtain fiber material, mixing with graphene oxide, and adding water and tert-butanol mixed solution.

CHEN K, GUO X, YAO Y, QI J, WANG C, ZHANG Z, LI J

Preparing high strength bio-based composite fiber, comprises adding modifier to graphene oxide aqueous solution, stirring, reacting , mixing cellulose with modifier, reacting to obtain solution, mixing solutions, coagulating and reducing.

BAO N, ZHANG Z, SHEN L, WU J, GUAN T

Producing modified nylon yarn by mixing nylon chips, graphene, far-infrared ceramic powder, antioxidants, catalysts, and dispersants, mixing, melting, extruding functional masterbatch and dried nylon chips, spinning, and performing oiling.

ZHANG Z, JI Z

Preparing fiber-grade graphene/polyethylene terephthalate masterbatch used in textile fiber spinning, involves preparing graphene oxide (GO), and then modify the graphene oxide particles with silane coupling agent KH560.

JIANG Z, ZHANG Z, JIA Z, GUO Z, QI Y, HOU Z, WANG H, ZHANG C, LI C, LI F

Preparing polyethylene terephthalate (PET)-based graphene conductive fiber for preparing textile raw material, by melt-blending graphene/PET conductive masterbatch and PET natural chips, feeding to extruder, drawing and heat setting.

JIANG Z, JIA Z, ZHANG Z, GUO Z, QI Y, HOU Z, WANG H, PU C, WANG Q, DING Z