On August 8, 2023, the groundbreaking ceremony for the first phase of the Anmaite New High Safety Composite Fluid Collection Industrialization Project was held. Qian Hongwen, a member of the Party Leadership Group of the municipal government and deputy secretary of the Party Working Committee and director of the management committee of the South the Taihu Lake New Area, announced the commencement of the project; The leader of the committee, Wang Guoliang, participated.

It is reported that AMAT Technology is a high-tech enterprise engaged in the research and development, total manufacturing, and product services of key materials in the new energy battery industry chain, such as power, energy storage, and 3C digital batteries. The planned land area for this project is 150 acres, with a total investment of 3 billion yuan. After completion, it will achieve an annual production capacity of 700 million square meters of new high safety composite fluid collectors, which can meet the needs of approximately 70 GWh of power, energy storage, and 3C lithium-ion battery industries. Among them, the first phase investment is 850 million yuan, covering an annual output of 200 million square meters of composite fluid collection production line and supporting facilities.

Composite collector is a sandwich product structure that uses a 'metal layer+polymer layer+metal layer' to replace traditional pure metal collector. It has characteristics such as high safety, high energy density, and low cost, and has significant advantages in many application scenarios such as new energy vehicles, energy storage, and consumer batteries. It is expected to quickly become a key material for improving battery safety, energy density, and reducing battery costs in the next generation of batteries Li Yongwei, Chairman of AMAT Technology, introduced that AMAT's new high safety composite fluid collector adopts core technologies such as fully dry vacuum deposition technology, surface interface modification technology, and deposition layer regulation technology. Its key performance indicators and quality consistency in conductivity, adhesion, tensile strength, and other products will exceed the industry average level.

The initiation and construction of this project have also achieved three breakthroughs in this field, namely the world's first large-scale industrialization project for the full dry method vacuum deposition of composite fluid collectors, the world's first new high safety composite fluid collector manufacturing ISO9001+IATF16949 dual certification system, and the world's first ESG green intelligent manufacturing benchmark factory for composite fluid collectors. Editor/Zhao E