全球锂离子二次电池导电助剂市场现状与长期展望（至 2030 年）

全球锂离子二次电池市场近年来持续稳步扩大，对能够快速充电、大容量、高输出的二次电池的需求不断增加。

在本报告中，我们将对锂离子二次电池用导电助剂市场进行调查和分析，验证导电助剂的种类、特点、发展趋势等，以及按应用和类型划分的市场前景和主要製造商。提供有关的最新信息。

目录

第一章导电助剂概述

• 导电助剂的种类
• 导电助剂所需特性
• 导电助剂的主要功能
• 导电助剂的製造方法
• 使用导电助剂

第二章锂离子电池技术发展趋势

• 锂离子电池所需的特性
• 锂离子电池的发展趋势

第三章导电助剂技术发展趋势

• 各类导电助剂的特点
• 导电助剂的分散问题

第四章导电助剂市场展望（2020-2030）

• LiB 需求展望：按应用
• 导电助剂的化学成分及发展趋势：按应用分类
• 导电助剂需求展望：按化学成分分类
• 导电助剂市场规模展望：按化学成分
• 阴极/阳极导电助剂市场展望
• 导电助剂价格展望
• 导电助剂主要供应链
• 导电助剂产能

第五章导电助剂供应商现状

• DENKA CABOT
• Imerys Graphite & Carbon
• CABOT
• LION
• LG Chem
• Cnano
• JEIO
• OCSiAl
• Korbon

As the global lithium-ion secondary battery market is steadily expanding recently, demand for secondary batteries capable of fast charging as well as high capacity and high output is increasing. The key to success in this lithium-ion secondary battery market that is explosively increasing is expected to lie in enhancement of characteristics of conductive agents and optimum ratio of conductive agents being used in the batteries.

Optimizing conductivity while minimizing the amount of conductive material added into cathode and anode materials has become major theme of research and development in lithium-ion secondary battery industry. Accordingly, conductive agent manufacturers are focusing their R&D on improving electrical conductivity, processability, purity, and thermal conductivity.

This report examines different types of conductive agents, its characteristics, its development trend, etc. And it provides market outlook of conductive agents by its application and its type and also provides current informations about major manufacturers of conductive agents. So, the report would help to understand the trend in lithium-ion secondary battery market.

• Chapter 1 - explains types of conductive agents, its manufacturing method, its usage, etc.

• Chapter 2 - presents characteristics needed for lithium-ion secondary batteries and development trend.

• Chapter 3 - describes characteristics and development trend of different types of conductive agents.

• Chapter 4 - predicts market and price of each type of conductive agents.

• Chapter 5 - introduces current status of major suppliers of conductive agents.

The market of lithium-ion secondary batteries, electric vehicles, and ESS is surely a new growth engine that guarantees future growth. We hope that the research conducted by SNE Research on the development trend and the market prospect of conductive agents is providing useful information for battery producers, the related material companies, and our clients who are using secondary batteries.

Table of Contents

1. Overview of Conductive Agents

• 1.1. Types of Conductive Agents
• 1.2. Required Characteristic of Conductive Agents
• 1.3. Major Features of Conductive Agents
• 1.4. Manufacturing Method of Conductive Agents
• 1.5. Usage of Conductive Agents

2. Technology Development Trend in Lithium-ion Batteries

• 2.1. Required Characteristics of Lithium-ion Batteries
• 2.2. Development Trend in Lithium-ion Batteries

3. Technology Development Trend in Conductive Agents

• 3.1. Characteristics of Different Types of Conductive Agents
• 3.2. Dispersion Issue of Conductive Agents

4. Market Outlook of Conductive Agents (2020~2030)

• 4.1. Outlook of LiB Demand by Application
• 4.2. Chemistry and Development Trend of Conductive Agents by Application
• 4.3. Outlook of Conductive Agent Demand by Chemistry
• 4.4. Outlook of Market Size of Conductive Agents by Chemistry
• 4.5. Outlook of Conductive Agent Market for Cathode/Anode
• 4.6. Outlook of Price of Conductive Agent
• 4.7. Major Supply-Chain of Conductive Agents
• 4.8. Productioin Capacity of Conductive Agents

5. Current Status of Conductive Agent Suppliers

• 5.1. DENKA CABOT
• 5.2. Imerys Graphite & Carbon
• 5.3. CABOT
• 5.4. LION
• 5.5. LG Chem
• 5.6. Cnano
• 5.7. JEIO
• 5.8. OCSiAl
• 5.9. Korbon