RESEARCH AND DEVELOPMENT

RESEARCH AND DEVELOPMENT

OUR PROGRESS STEMS FROM INNOVATION.

R&D team

R&D team

Product quality is our core competitive advantage in the global market, while technological innovation is the driving force behind our continuous breakthroughs. Guoke Tanmei boasts a well‑structured, institutionalized R&D team of 80 members, including 31 with master’s or doctoral degrees. Our team members possess a solid foundation in theoretical principles and strong engineering capabilities, with expertise spanning materials science, chemistry, chemical engineering, mechanical engineering, electrical engineering, and other disciplines. Moreover, by integrating cutting‑edge scientific technologies with innovative thinking, we are committed to delivering higher‑value‑for‑money products and solutions, providing expert technical services, and supporting the high‑quality development of the new materials industry.

80+ Scientists + Engineers

7

Doctorate

24

Master's degree

80

Engineer

R&D platform

R&D platform

材料基础研究平台

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完备的基础研究平台，先进的科研仪器设备，涵盖材料仿真设计、预处理、合成、高温处理等，开展前沿探索与科学问题研究，持续为公司原始创新提供核心动力。
材料基础研究平台

材料中试开发平台

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成熟的材料中试研制平台，开展材料研制与应用技术创新，解决新材料研制从实验室小试走向产业化的放大效应和工程化难题。
材料中试开发平台

材料性能测试平台

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(1)理化分析：实验室具备从物理性能到化学成分的全方位检测能力，配备国际先进水平的检测设备，包括扫描电子显微镜、电感耦合等离子体质谱仪、X射线衍射仪、物理吸脱附仪等。 (2)性能测试：高可靠性测试数据有效支撑新型储能材料研发效率，同时具备为内外部客户提供高效、可靠的扣电评测解决方案的能力。
材料性能测试平台

电化学储能器件中试平台

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平台具备材料立体评测与双向赋能能力，构建了覆盖锂电、钠电、超电器件的全产业链闭环，年产能20万支混合超容电芯（10MWh），已交付5万支，并提供从浆料、极片到电芯的全流程电化学测试服务，支持圆柱与软包体系，满足客户从材料评测到器件验证的一站式需求。
电化学储能器件中试平台
Guoke Tanmei

材料基础研究平台

BASIC RESEARCH PLAT

Guoke Tanmei

材料中试开发平台

MATERIAL PILOT PLAT

Guoke Tanmei

材料性能测试平台

Material Performance Testing Platform

Guoke Tanmei

电化学储能器件中试平台

DEVICE EVALUATION PLAT

Intellectual property

intellectual property

Guoke Tanmei

1

A coal-based hard carbon anode material for sodium-ion batteries, along with its preparation method and the corresponding sodium-ion battery.

2

A coal-based hard carbon anode material, its integrated preparation method, and a sodium-ion battery.

3

A coal-based hard carbon material, its preparation method, and its applications

4

A specific microcrystalline-structured asphalt-based hard carbon, along with its preparation method and applications.

5

Self-supporting soft–hard carbon film for sodium-ion battery anodes: preparation and applications

6

A high-capacity hard carbon material based on modified natural polymers, and its preparation and applications.

Standard Development

STANDARD SETTING

IEC/TS 62607-6-13

NANOMANUFACTURING-KEY CONTROL CHARACTERISTICS–Part 6-13: Graphene-based material-Oxygen functional groups:Boehm titration method

IEC/TS 62607-6-22

NANOMANUFACTURING-KEY CONTROL CHARACTERISTICS–Part 6-22:Graphene-based material-Ash content: Incineration

IEC/TS 62565-5-2

NANOMANUFACTURING-MATERIAL SPECIFICATION–Part 5-2：Nano-enabled electrode of electrichemical capacitor-Blank detail specification

IEC/TS 62565-5-1

NANOMANUFACTURING-MATERIAL SPECIFICATION–Part 5-1：Nanoporous activated carbon for electrichemical capacitor -Blank detail specification

IEC/TS 62607-4-9

NANOMANUFACTURING –KEY CONTROL CHARACTERISTICS –Part 4-XX: Carbon nanomaterials for electric double layer capacitors – Electrochemical KCCs: Coin cell EDLC method-Preparation of the coin cell EDLC

IEC/TS 62607-4-10

NANOMANUFACTURING –KEY CONTROL CHARACTERISTICS –Part 4-XX: Carbon nanomaterials for electric double layer capacitors – Electrochemical KCCs: Coin cell EDLC method-Characterization of the coin cell EDLC

IEC/TS 62607-3-2

Nanomanufacturing-Reliability and durability assessment -Part 3-2: Graphene - Ellipsometry measurement of Graphene

IEC/TS 62565-3-5

Nanomanufacturing - Material specifications - Part 3-5: Graphene-based material - Sectional blank detail specification: Graphene powder and dispersion

IEC/TS 62565-5-4

Nanomanufacturing - Material specifications - Part 5-4: Nano-carbon materials for hybrid supercapacitors in vehicle applications – Blank detail specification

GB/T 38114-2019

纳米技术 石墨烯材料表面含氧官能团的定量分析 化学滴定法

GB/T 40007-2021

纳米技术 纳米材料电阻率的接触式测量方法 通则

20202870-T-339

超级电容器电极片物理特性测试方法

GB/T 30544.13-2018

纳米科技 术语 第13部分：石墨烯及相关二维材料

GB/T 41068-2021

纳米技术 石墨烯粉体中水溶性阴离子含量的测定 离子色谱法

20192946-T-491

纳米制造-关键控制特性 第4-3部分 纳米储能器件中纳米材料接触和涂层电阻率的测试

20192946-T-491

纳米制造-关键控制特性 第4-3部分 纳米储能器件中纳米材料接触和涂层电阻率的测试

GB/T 41067-2021

纳米技术 石墨烯粉体中硫、氟、氯、溴含量的测定 燃烧离子色谱法

2022-0034T-YB

石墨烯相关二维材料 灰分含量的测定 燃烧法

2022-0033T-YB

石墨烯粉体 碳、氢、氮、硫、氧含量的测定 元素分析仪法

T/CGIA 012-2019

石墨烯材料中金属含量测试 电感等离子体发射法

T/CGIA 013-2019

石墨烯材料中硅含量的测定 硅钼蓝分光光度法

T/CGIA 032-2020

锂离子电池用石墨烯导电浆料

T/CGIA 001-2018

石墨烯材料术语和代号

T/CGIA 002-2018

含有石墨烯材料的产品命名指南

T/CSCI 005-2018

超级电容器电极用多孔炭规范

T/CSCI 006-2018

超级电容器用多孔炭测试方法

T/CSCI 001-2018

赝电容超级电容器总规范

T/CSCI 002-2018

混合型超级电容器总规范

T/CGIA 003-2021

石墨烯产业技术创新成熟度评价指南

IEC/TS 62607-6-13

IEC/TS 62607-6-22

IEC/TS 62565-5-2

IEC/TS 62565-5-1

IEC/TS 62607-4-9

IEC/TS 62607-4-10

IEC/TS 62607-3-2

IEC/TS 62565-3-5

IEC/TS 62565-5-4

GB/T 38114-2019

GB/T 40007-2021

20202870-T-339

GB/T 30544.13-2018

GB/T 41068-2021

20192946-T-491

20192946-T-491

GB/T 41067-2021

2022-0034T-YB

2022-0033T-YB

T/CGIA 012-2019

T/CGIA 013-2019

T/CGIA 032-2020

T/CGIA 001-2018

T/CGIA 002-2018

T/CSCI 005-2018

T/CSCI 006-2018

T/CSCI 001-2018

T/CSCI 002-2018

T/CGIA 003-2021

Research Project

RESEARCH PROJECT

12 national items

Research Project

13 items for the enterprise

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Seven items from the Chinese Academy of Sciences

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Three international items

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36 provincial-level items

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The other 5 items

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Academic papers and monographs

PAPER&MONOGRAPH

Guoke Tanmei
论文专著
论文专著
论文专著
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论文专著
论文专著

CONTACT

phone 400-992-0709

Add：Building 1, Lianchang Technology Port, Changxing, Huzhou, Zhejiang, P.R.China Postcode：313105

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