A 120,000tpy modified graphite project commences construction in Hefei

On January 29, sources from Hefei city government had that a 120,000tpy modified graphite and graphene conductive agent project commenced construction in Lujiang county, Hefei city recently.Asian Metal Copyright47 hectares, the project adopts chemical technical route to modify structure of graphite so as to produce high-performance modified graphite anode materials.Asian Metal Copyright Covering land area of around 832 Mu (55.Asian Metal Copyright The project is composed of two phases.Asian Metal Copyright47 hectares), the project adopts chemical technical route to modify structure of graphite so as to produce high-performance modified graphite anode materials.Asian Metal Copyright .Asian Metal Copyright The project is composed of two phases.Asian Metal Copyright Phase two is expected to go into construction in March 2024 and operate in December 2025, and is expected to achieve an annual production value of RMB5 billion USD0.Asian Metal Copyright Phase one, with an investment of RMB2 billion (USD0.Asian Metal Copyright Phase one, with an investment of RMB2 billion USD0.Asian Metal Copyright30 billion), commenced construction on January 7, 2023 and is expected to be built completely and go into operation in December 2024.Asian Metal Copyright30 billion, commenced construction on January 7, 2023 and is expected to be built completely and go into operation in December 2024.Asian Metal Copyright Phase two is expected to go into construction in March 2024 and operate in December 2025, and is expected to achieve an annual production value of RMB5 billion (USD0.Asian Metal Copyright Phase two is expected to go into construction in March 2024 and operate in December 2025, and is expected to achieve an annual production value of RMB5 billion USD0.Asian Metal Copyright74 billion) upon ramping up to nameplate production capacity.


.Asian Metal Copyright47 hectares, the project adopts chemical technical route to modify structure of graphite so as to produce high-performance modified graphite anode materialsAsian Metal Copyright