Sichuan’s 120,000 Tons Approved, Shandong’s 500,000 Tons on the Way:Is Wanhua Chemical Set to “Break Through” the LFP Market?

Following the public disclosure of its Shandong Laiyang project, Wanhua Chemical has made another decisive move in the lithium battery cathode materials arena.

Recently, the Resource Conservation and Environmental Protection Division of the Sichuan Provincial Development and Reform Commission released its Review Opinion on the Energy Conservation Report for the 120,000 t/y Lithium Iron Phosphate (LFP) Integrated Cathode Material Project. The approval officially granted a “green light” to the Meishan LFP project invested in by Wanhua Chemical (Sichuan) Battery Materials Technology Co., Ltd., marking a key step forward in terms of regulatory compliance and project implementation.

According to disclosed information, the Meishan project involves a total investment of approximately RMB 900 million. It plans to construct four LFP production lines, along with supporting facilities including iron-lithium units, air compression stations, circulating water systems, chilled water stations, power distribution rooms, and exhaust gas treatment systems. The total construction area is about 26,000 square meters. Core equipment will include sand mills, spray drying towers, rotary kilns, roller kilns, and jet mills, supplemented by air compressors, fans, chillers, pumps, and transformers to ensure stable and continuous operation after commissioning.

Viewed purely in terms of scale, an annual capacity of 120,000 tons is not particularly eye-catching. In today’s LFP market—where planned capacities often reach several hundred thousand tons or even exceed the million-ton mark—this project could easily be interpreted as a relatively cautious move. However, when placed within the context of Wanhua Chemical’s broader recent actions, it is clearly more than a simple trial run.

Previously, Wanhua Chemical advanced its New-Generation Battery Materials Industrial Park in Haiyang, Yantai, Shandong Province, with a total investment of RMB 16.8 billion. The project includes planned LFP cathode material capacity of 500,000 tons per year (with 100,000 tons per year in Phase I) and is scheduled to commence operations in June 2026. At this scale alone, Wanhua has already entered discussions as a first-tier contender in the LFP market.

Against this backdrop, the Meishan 120,000-ton project appears more like a strategic “supplementary move.” On one hand, Southwest China hosts a dense cluster of power battery and energy storage manufacturers, making local production advantageous for reducing logistics distances and improving customer responsiveness. On the other hand, as competition intensifies and prices and margins remain under pressure, advancing capacity in stages and across regions offers greater flexibility than concentrating investment in a single large-scale project.

At the industry level, the LFP cathode materials sector continues to experience simultaneous expansion and consolidation. Data shows that China’s LFP cathode material shipments surpassed 2 million tons in 2025. Companies such as Hunan Yuneng, Dynanonic, and Ronbay Technology are accelerating capacity expansion, while rising cost volatility and diverging capacity utilization rates are amplifying competitive pressure. The industry is gradually shifting from a race for scale to a contest of structural efficiency.

It is precisely at this point in the cycle that Wanhua Chemical’s pacing becomes particularly noteworthy. The 500,000-ton Shandong project targets long-term scale and cost competitiveness, while the 120,000-ton Sichuan project emphasizes proximity to customers and rapid market response. Advancing both in parallel not only preserves future growth optionality but also helps avoid excessive pressure from a single concentrated bet.

Taken together, the 120,000 tons in Sichuan and 500,000 tons in Shandong signal that Wanhua Chemical is accelerating its advance in the LFP arena—building a pathway that is both steady and efficient as it moves deeper into the lithium battery materials market.