RESEARCH AND DEVELOPMENT

RESEARCH AND DEVELOPMENT

OUR PROGRESS STEMS FROM INNOVATION.

R&D team

Product leadership is our core competitiveness facing the global market, and technological innovation is the vitality of our continuous breakthrough. Camery has a systematic and institutionalized R&D team with a total of 65 people, including 22 people with master's and doctoral degrees. The team members have profound basic theoretical foundation and strong engineering ability, specializing in materials, chemistry, chemical engineering, machinery and electrical and other disciplines. In addition, the team integrates advanced science and technology and innovative thinking, is committed to launching more cost-effective products and solutions, providing professional technical services, and helping the high-quality development of the new material industry.

65  Scientist + Engineer

8

Doctor

80

Master

40

Engineer

R&D platform

BASIC RESEARCH PLAT

BASIC RESEARCH PLAT
Complete basic research platform, advanced scientific research instruments and equipment, covering material simulation design, pretreatment, synthesis, high temperature treatment, etc., carry out frontier exploration and scientific problem research, and continue to provide core power for the company's original innovation.
BASIC RESEARCH PLAT

MATERIAL PILOT PLAT

BASIC RESEARCH PLAT
Mature material pilot platform, carry out material development and application technology innovation, and solve the amplification effect and engineering problem of new material development from laboratory small test to industrialization.
MATERIAL PILOT PLAT

PHYSICAL&CHEMICAL RESEARCH PLAT

BASIC RESEARCH PLAT
Professional material physical and chemical composition analysis, content determination and structure characterization platform, carry out quality control, physical and chemical performance evaluation and standard formulation and other comprehensive technical services, become a public service platform for material testing and evaluation, to meet the needs of new material research and development.
PHYSICAL&CHEMICAL RESEARCH PLAT

DVICE EVALUATION PLAT

BASIC RESEARCH PLAT
It has the ability to design, assemble and evaluate button-type, cylindrical and soft package devices, systematically evaluate the electrochemical performance of materials, guide material process optimization upward, dock downstream industrial applications downward, and provide customized material application solutions.
DVICE EVALUATION PLAT
BASIC RESEARCH PLAT

BASIC RESEARCH PLAT

BASIC RESEARCH PLAT

MATERIAL PILOT PLAT

BASIC RESEARCH PLAT

PHYSICAL&CHEMICAL RESEARCH PLAT

BASIC RESEARCH PLAT

DVICE EVALUATION PLAT

intellectual property

intellectual property

1

Pitch based hard carbon with specific microcrystalline structure and its preparation method and application

2

Preparation and application of self supporting soft and hard carbon membrane for cathode of sodium ion battery

3

A coal based hard carbon material and its preparation method and application

4

A specific microcrystalline structure asphalt based hard carbon and its preparation method and application

5

Self supporting soft and hard carbon membrane for negative electrode of sodium ion battery and its preparation and application

6

A high-capacity modified natural polymer based hard carbon material and its preparation and application

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

Quantitative analytical chemical titration of oxygen functional groups on the surface of nano-technology graphene materials

GB/T 40007-2021

Nanotechnology-Nanomaterials-General method for contact measurement of resistivity

20202870-T-339

Test method for physical characteristics of supercapacitor electrode sheet

GB/T 30544.13-2018

Terms of nanotechnology-Part 13: Graphene and related two-dimensional materials

GB/T 41068-2021

Nanotechnology-Determination of water-soluble anions in graphene powders-Ion chromatography

20192946-T-491

Nanomaterials-Key Control Characteristics Part 4-3 Nanomaterial Contact and Coating Resistivity Testing in Nano Energy Storage Devices

20192946-T-491

Nanomaterials-Key Control Characteristics Part 4-3 Nanomaterial Contact and Coating Resistivity Testing in Nano Energy Storage Devices

GB/T 41067-2021

Nanotechnology-Determination of sulfur, fluorine, chlorine and bromine in graphene powders-Combustion ion chromatography

2022-0034T-YB

Graphene-related two-dimensional materials-Determination of ash content-Combustion method

2022-0033T-YB

Graphene powder-Determination of carbon, hydrogen, nitrogen, sulfur and oxygen content-Element analyzer method

T/CGIA 012-2019

Determination of metal content in graphene materials by inductively plasma emission method

T/CGIA 013-2019

Graphene-Determination of silicon content-Silicon molybdenum blue spectrophotometric method

T/CGIA 032-2020

Graphene Conductive Paste for Lithium Ion Battery

T/CGIA 001-2018

Graphene materials-Terminology and designations

T/CGIA 002-2018

Guide for Naming Products Containing Graphene Materials

T/CSCI 005-2018

Specification for porous carbon for supercapacitor electrodes

T/CSCI 006-2018

Testing methods of porous carbon for supercapacitors

T/CSCI 001-2018

General specification for pseudocapacitive supercapacitors

T/CSCI 002-2018

General specification for hybrid supercapacitors

T/CGIA 003-2021

Graphene Industry Technology Innovation Maturity Evaluation Guide

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

Nation 12 Items

Nation 12 Items

Enterprise 13 Items

Enterprise 13 Items

CAS 7 Items

CAS 7 Items

International 3 Items

International 3 Items

Provincial 36 Items

Provincial 36 Items

Others 5 Items

Others 5 Items

PAPER&MONOGRAPH

standard setting
Thesis Monographs
Thesis Monographs
Thesis Monographs
Thesis Monographs
Thesis Monographs
Thesis Monographs

CONTACT

phone 400-992-0709

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

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