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A Glance of China Lithium-ion Battery Materials Week 1, Dec 2022

Source: Mysteel Dec 07, 2022
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Battery Materials Industry Policy Price
ABSTRACT
Starting in 2023, the NEVs market growth will enter a product-competitiveness-driven era rather than a policy-driven one. We’ve seen a rapid growth of LFP batteries with a market share above 60% of China’s power battery industry, with a market size of over 200 billion yuan.

Mysteel Research & Consulting expects lithium compounds prices to trend down at mid-Dec as the power battery plants' demand is weakened when cathode materials producers keep fence-sitting despite the price drop and interrupted output by the environmental inspection in one major domestic production hub (with about 15 million tonnes of lithium carbonate output expected to be affected), while the production capacity of lithium compounds gradually increases. Cobalt sulfate prices may keep falling upon ample global supply and high traders' inventory levels, although the capacity utilization rate stays low, responding to the weakened demand for ternary batteries used in 3C electronics. Nickel sulfateprices are expected to stay low against sufficient supply and weakened demand for ternary precursors. Ternary cathode materials prices may stay stable, underpinned by lithium compounds prices, when the downstream cell producers cut production.  Lithium iron phosphate (LFP) cathode materials prices are also largely affected by lithium carbonate prices with a certain time lag along the industrial chain. The prices may stay stable in the short term before trending down next year along with the lithium compounds. As for the anode materials, the graphitization cost may continue to slip, with newly commenced production capacities that weaken the outsourced graphitization demand from top anode materials producers. Electrolyte prices are expected to stay stable in the short term after raw materials prices drop against ample supply and weakened downstream demand.

 

Starting in 2023, the NEVs market growth will enter a product-competitiveness-driven era rather than a policy-driven one. We've seen a rapid growth of LFP batteries with a market share above 60% of China's power battery industry, with a market size of over 200 billion yuan. Besides thermal stability, safety, and cost issues, energy density (related to the driving range of EVs) breakthroughs will be key to gaining market share in this new era. We expect in 2024, at the earliest, that LFP batteries will start to lose market share due to their bottleneck of energy density, and LMFP batteries' cost would be 7.8% lower than LFP batteries in 2025, according to Mysteel's in-house analysis.

 

Contact us if you'd like to know more about the rationale behind the views.

 

Lithium-ion Battery Material Prices 1            
  Spec UOM 25-Nov 2-Dec WoW(%) MoM(%)
METAL & COMPOUNDS            
Lithium            
Lithium Metal Battery Grade: ≥99.9% Yuan/t 3,270,000 3,270,000 0 0
Lithium Carbonate Battery Grade: Li2CO3≥99.5% Yuan/t 586,500 575,000 ↓ 1.96% ↑ 1.32%
Lithium Hydroxide (LiOH) Fine Powder, Battery Grade: LiOH 56.5% Yuan/t 584,000 578,000 ↓ 1.03% ↑ 1.94%
Cobalt Sulfate (CoSO4) Co≥20.5% (Domestic) Yuan/t 56,500 55,000 ↓ 2.65% ↓ 10.57%
Nickel            
Nickel Sulfate (NiSO4) Crystal Ni>22.2%, Magnetic Material<100PPb Yuan/t 39,000 39,000 0 0
Nickel Sulfate (NiSO5) Liquid Ni≥22.2%, Magnetic Material ≤100PPb Yuan/t 38,500 38,500 0 0
Manganese Sulfate (MnSO4) Battery Grade: Mn>32% Yuan/t 6,650 6,650 0 ↓ 2.21%
Ferric Phosphate (FePO4) Dihydrate Yuan/t 22,250 22,250 0 ↓ 5.32%
Ternary Precursors            
Ternary Precursors  523 Single-crystal/Power Grade Yuan/t 113,500 113,500 0 0
Ternary Precursors  523 Polycrystal/Power Grade Yuan/t 112,500 112,500 0 0
Ternary Precursors  622 Single-crystal/Power Grade Yuan/t 126,500 126,500 0 0
Ternary Precursors  622 Polycrystal/Power Grade Yuan/t 125,500 125,500 0 0
Ternary Precursors  811 Polycrystal/Power Grade Yuan/t 134,000 134,000 0 0
CATHODE MATERIALS            
Ternary Cathode            
Ternary Cathode  523 Single-crystal/Power Grade Yuan/t 345,000 345,000 0 ↑ 2.22%
Ternary Cathode  523 Polycrystal/Power Grade Yuan/t 340,000 340,000 0 ↑ 2.26%
Ternary Cathode  622 Single-crystal/Power Grade Yuan/t 380,000 380,000 0 ↑ 3.40%
Ternary Cathode  622 Polycrystal/Power Grade Yuan/t 372,500 372,500 0 ↑ 2.76%
Ternary Cathode  811 Polycrystal/Power Grade Yuan/t 395,000 395,000 0 ↑ 3.27%
Lithium Iron Phosphate (LiFePO4/LFP)            
Lithium Iron Phosphate  EV Battery Grade Yuan/t 172,000 172,000 0 ↑ 2.38%
Lithium Iron Phosphate  Energy Storage Grade Yuan/t 158,000 158,000 0 ↑ 1.28%
Lithium Manganate Oxide (LiMn2O4)            
Lithium Manganate Oxide  EV Battery Grade Yuan/t 155,000 155,000 0 ↑ 3.33%
Lithium Manganate Oxide Portable Device Grade Yuan/t 153,000 153,000 0 ↑ 4.44%
Lithium Cobalt Oxide (LiCoO2) High-Voltage Type Yuan/t 480,000 480,000 0 0
ANODE MATERIALS            
Graphite            
Synthetic Graphite Low-Grade Yuan/t 31,500 31,500 0 0
Synthetic Graphite Medium-Grade Yuan/t 53,250 53,250 0 0
Synthetic Graphite High-Grade Yuan/t 70,000 70,000 0 0
Natural Graphite Low-Grade Yuan/t 25,000 25,000 0 0
Natural Graphite Medium-Grade Yuan/t 42,000 45,000 ↑ 7.14% ↑ 7.14%
Natural Graphite High-Grade Yuan/t 58,500 58,500 0 0
Low-sulfur Petcoke - Yuan/t 7,950 7,950 0 0
Graphitization Cost - Yuan/t 21,000 20,000 -0.0476 ↓ 9.09%
Source: Mysteel            
             
             
             
Lithium-ion Battery Material Prices 2            
  Spec UOM 25-Nov 2-Dec WoW(%) MoM(%)
Battery Separator            
Battery Separator Wet-process Coated: 7μm+2μm Yuan/㎡ 2.6 2.6 0 0
Battery Separator Wet-process Coated: 9μm+3μm Yuan/㎡ 2.18 2.18 0 0
Battery Separator Dry Process: 14μm Yuan/㎡ 1.15 1.15 0 0
Battery Separator Dry Process: 16μm Yuan/㎡ 1.05 1.05 0 0
Battery Separator Dry Process: 20μm Yuan/㎡ 0.925 0.925 0 0
Battery Separator Wet Process: 5μm Yuan/㎡ 2.9 2.9 0 0
Battery Separator Wet Process: 7μm Yuan/㎡ 2 2 0 0
Battery Separator Wet Process: 5μm Yuan/㎡ 1.46 1.46 0 0
Electrolyte            
Lithium Hexafluorophosphate LiF≥99.95% Yuan/t 268,000 250,000 ↓ 6.72% ↓ 13.79%
Electrolyte Regular Ternary Polymer Lithium Battery Use Yuan/t 83,000 83,000 0 0
Electrolyte Cylindrical Ternary Polymer Lithium Battery Use Yuan/t 77,000 77,000 0 0
Electrolyte LiMn2O4 Battery Use Yuan/t 54,000 52,000 ↓ 3.70% ↓ 3.70%
Electrolyte LiFePO4 Battery Use Yuan/t 64,000 62,000 ↓ 3.13% ↓ 3.13%
Auxiliary Materials            
Copper Foils 6μm Yuan/t 103,700 104,490 ↑ 0.76% ↑ 1.46%
Battery Copper Foils Processing Fee 6μm Yuan/t 41,000 41,000 0 0
Aluminum Foils 12μm Yuan/t 4 4 ↑ 0.77% ↑ 3.53%
Battery Aluminum Foils Processing Fee 12μm Yuan/t 20,000 20,000 0 0
Aluminum Laminated Film - Yuan/㎡ 21 21 0 0
PVDF - Yuan/t 220,000 220,000 0 ↓ 21.43%
NMP -   20,000 20,000 0 ↓ 14.89%
Electrolyte Solute            
EC (Ethylene Carbonate) - Yuan/t 6,250 6,250 0 ↓ 3.85%
DMC (Diethyl Carbonate) - Yuan/t 6,400 6,400 0 ↓ 5.88%
DEC (Dimethyl Carbonate) - Yuan/t 11,250 11,250 0 0
EMC (Ethyl Methyl Carbonate) - Yuan/t 11,750 11,250 0 ↓ 4.26%
PC (Propylene Carbonate) - Yuan/t 9,350 9,350 0 ↓ 1.58%
VC (Vinylene Carbonate) - Yuan/t 107,500 92,500 ↓ 13.95% ↓ 13.95%
Cells