[SMM Analysis] Strong Demand, Limited Supply, LiPF6 Market Maintains Tight Balance

Published: Sep 9, 2026 16:47
[SMM Analysis: Strong Demand, Limited Supply, LiPF6 Market Maintains Tight Balance] In August 2026, China's LiPF6 production continued to edge up, rising about 3% MoM from July and up about 65% YoY. Overall supply release pace lagged demand, sustaining a tight supply-demand balance.

In August 2026, China's LiPF6 production continued to edge up, rising about 3% MoM from July and up about 65% YoY. Overall supply release pace lagged demand, sustaining a tight supply-demand balance.

Demand side, entering August, the growth rate of downstream electrolyte production further expanded, providing a strong boost to LiPF6 procurement demand and serving as the core driver of market prosperity. Supply side, however, although LiPF6 prices continued to rise, overall growth remained limited.

First, supply-side growth is constrained and struggles to match demand. Most manufacturers are currently running near full capacity, and some new capacity remains in the ramp-up stage with limited release. Additionally, some units have entered periodic maintenance, further restricting room for output expansion.

Second, room for high-price transactions is limited, and price increases provide insufficient stimulus. Under long-term contract orders and preferential supply mechanisms for major clients, only a small volume of spot orders can actually be transacted at relatively high market prices. Moreover, the transmission of price increases downstream to battery cell makers is not yet sufficient, and midstream electrolyte producers have limited short-term acceptance of higher raw material prices, weakening LiPF6 producers' incentive to rapidly expand output.

Looking ahead, in September, as the "September-October peak season" for auto sales officially begins, demand is expected to see concentrated release. Power battery cell production schedules are expected to grow further, and with the resonance of peak energy storage shipments and continued production line ramp-up, both the power and energy storage sectors will drive electrolyte production higher as orders increase, providing sustained support for LiPF6 demand. However, supply-side growth still faces constraints: on one hand, some producers remain under maintenance, and new capacity ramp-up is slow; on the other hand, integrated LiPF6-electrolyte enterprises primarily arrange LiPF6 production based on their own electrolyte orders, and without significant growth in electrolyte orders, their LiPF6 growth is also limited. Overall, China's LiPF6 production growth in September is expected to remain slow, and the tight supply-demand balance is likely to persist.

 

                                                                                                                                                                               

 

Note: If you have any supplements or corrections regarding the details mentioned in this article, please feel free to contact us. Contact information is as follows:

Tel: 021-20707858 Hu Xuejie, Thank you!

 

 

                                               
SMM New Energy Research Team

Wang Cong 021-51666838

Ma Rui 021-51595780

Feng Disheng 021-51666714

Lyu Yanlin 021-20707875

Zhang Haohan 021-51666752

Wang Zihan 021-51666914

Wang Jie 021-51595902

Xu Yang 021-51666760

Xu Mengqi 021-20707868

Hu Xuejie 021-20707858

Data Source Statement: Except for publicly available information, all other data are processed by SMM based on publicly available information, market communication, and relying on SMM's internal database model. They are for reference only and do not constitute decision-making recommendations.

Images in this article contain AI-translated captions for reference only.

For any inquiries or for more information, please contact: lemonzhao@smm.cn
For more information on how to access our research reports, please contact:service.en@smm.cn
Related News
[Solid-State Battery Expert Voice: Wan Gang Calls for In-Depth R&D and Industrial Application of All-Solid-State Battery Technology, Accelerating Large-Scale Application of Hybrid Solid-Liquid Batteries]
30 mins ago
[Solid-State Battery Expert Voice: Wan Gang Calls for In-Depth R&D and Industrial Application of All-Solid-State Battery Technology, Accelerating Large-Scale Application of Hybrid Solid-Liquid Batteries]
Read More
[Solid-State Battery Expert Voice: Wan Gang Calls for In-Depth R&D and Industrial Application of All-Solid-State Battery Technology, Accelerating Large-Scale Application of Hybrid Solid-Liquid Batteries]
[Solid-State Battery Expert Voice: Wan Gang Calls for In-Depth R&D and Industrial Application of All-Solid-State Battery Technology, Accelerating Large-Scale Application of Hybrid Solid-Liquid Batteries]
[Solid-State Battery Expert Voice: Wan Gang Calls for Deeper R&D and Industrial Application of All-Solid-State Battery Technology, Accelerating Large-Scale Application of Hybrid Solid-Liquid Batteries] On September 3, 2026, at the opening ceremony of the 2026 World Power Battery Conference, Wan Gang, Honorary Chairman of the China Association for Science and Technology, systematically elaborated on the development path of power battery technology. He pointed out that it is necessary to strengthen basic research and technological innovation in new material system power batteries, focusing on key issues such as next-generation high-specific-capacity cathode and anode materials and high-stability electrolytes. Wan Gang proposed a three-tier advancement strategy: "deepen R&D and industrial application of all-solid-state battery technology; accelerate R&D and large-scale application of hybrid solid-liquid battery technology; continue to optimize and improve liquid batteries, and encourage the R&D and application of new-type sodium-ion batteries and others.
30 mins ago
[Solid-state battery expert voice: Yin Tongyue says Chery's solid-state battery cell energy density reaches 400Wh/kg, solid-liquid hybrid version to be installed in vehicles in Q4 2026, all-solid-state to be validated on vehicles in 2027]
36 mins ago
[Solid-state battery expert voice: Yin Tongyue says Chery's solid-state battery cell energy density reaches 400Wh/kg, solid-liquid hybrid version to be installed in vehicles in Q4 2026, all-solid-state to be validated on vehicles in 2027]
Read More
[Solid-state battery expert voice: Yin Tongyue says Chery's solid-state battery cell energy density reaches 400Wh/kg, solid-liquid hybrid version to be installed in vehicles in Q4 2026, all-solid-state to be validated on vehicles in 2027]
[Solid-state battery expert voice: Yin Tongyue says Chery's solid-state battery cell energy density reaches 400Wh/kg, solid-liquid hybrid version to be installed in vehicles in Q4 2026, all-solid-state to be validated on vehicles in 2027]
[Solid-State Battery Expert Voices: Yin Tongyue Says Chery's Solid-State Battery Cell Energy Density Reaches 400Wh/kg, Solid-Liquid Hybrid Version to Be Installed in Vehicles in Q4 2026, All-Solid-State to Begin On-Vehicle Validation in 2027] On September 3, 2026, at the 2026 World Power Battery Conference, Yin Tongyue, Chairman of Chery Holding Group, revealed Chery's solid-state battery industrialisation timetable in a keynote speech. He stated that Chery's Rhino battery comprises three major series: hybrid-specific, pure electric-specific, and solid-state-specific, with solid-state battery cell energy density already reaching 400Wh/kg. The Rhino solid-liquid hybrid version is planned to be installed in vehicles in Q4 2026, and the all-solid-state battery is planned to begin on-vehicle validation in 2027. Yin Tongyue stated
36 mins ago
[Solid-state battery expert voice: Zhang Jinhua says the industry will form a three-tier echelon pattern of "liquid as the foundation, solid-liquid transition, and solid-state breakthrough," with all-solid-state batteries entering large-scale application by 2035]
37 mins ago
[Solid-state battery expert voice: Zhang Jinhua says the industry will form a three-tier echelon pattern of "liquid as the foundation, solid-liquid transition, and solid-state breakthrough," with all-solid-state batteries entering large-scale application by 2035]
Read More
[Solid-state battery expert voice: Zhang Jinhua says the industry will form a three-tier echelon pattern of "liquid as the foundation, solid-liquid transition, and solid-state breakthrough," with all-solid-state batteries entering large-scale application by 2035]
[Solid-state battery expert voice: Zhang Jinhua says the industry will form a three-tier echelon pattern of "liquid as the foundation, solid-liquid transition, and solid-state breakthrough," with all-solid-state batteries entering large-scale application by 2035]
[Solid-State Battery Expert Voice: Zhang Jinhua Says the Industry Will Form a Three-Tier Progression of "Liquid as Foundation, Solid-Liquid Transition, Solid-State Breakthrough," with All-Solid-State Batteries Entering Large-Scale Application by 2035] On September 3, 2026, at the 2026 World Power Battery Conference, Zhang Jinhua, Chairman of the Society of Automotive Engineers of China, stated that the material system is the underlying support that determines the upper limit of power battery energy density. He proposed that the industry will form a three-tier development pattern of liquid as foundation, solid-liquid transition, and solid-state breakthrough: liquid batteries cover the energy range of 200Wh/kg to 300Wh/kg, supporting mainstream demand in the mass market; over the next three years, solid-liquid hybrid batteries will be the first to enter the window period for commercial application, primarily installed in mid-to-high-end car models; all-solid-state batteries will gradually break through performance ceilings, achieving energy density above 500Wh/kg, and are expected to enter the window period for large-scale application by 2035.
37 mins ago