China Fluorochemicals 2026 — Refrigerant Quotas Capped and the Fluorinated New-Materials Breakthrough
Tianxia Gongchang Industrial Research Institute | Published June 23, 2026
Chapter 1 Industry Landscape and Definitions
Fluorine is the most electronegative non-metal, forming the C-F bond — one of the strongest covalent bonds in organic chemistry. This dual nature of "extreme reactivity at the source, extreme stability at the end" defines the entire fluorochemicals industry. Refrigerants in air conditioners, etch gases in chip lines, lithium battery electrolytes, photovoltaic backsheets, jet-engine seals, undersea cable jackets — all share one supply chain.
1. From Fluorspar Mine to Finished Material: An Eight-Step Value Ladder
The vertical chain starts at fluorspar (CaF₂), the natural mineral source for nearly every industrial fluorine atom. Fluorspar reacts with concentrated sulfuric acid to yield hydrofluoric acid (HF), the universal hub intermediate. Three downstream paths then diverge: (1) fluoro-chlorocarbon refrigerants (CFC → HCFC → HFC → HFO); (2) fluoropolymer monomers (TFE, HFP, VDF) and polymers (PTFE, PVDF, FKM, FEP, PFA, ETFE); (3) inorganic fluorides and electronic-grade fluorochemicals (LiPF₆, electronic-grade HF, fluorinated specialty gases).
The price ladder rises about a thousand-fold from mine to membrane. Fluorspar powder sells at 2,800-3,500 yuan/ton; anhydrous HF at 12,000-16,000 yuan/ton; R32 refrigerant at 90,000-110,000 yuan/ton (2025 quota-driven peak); PTFE suspension resin at 50,000 yuan/ton; battery-grade PVDF at 80,000-100,000 yuan/ton (2025 average); LiPF₆ at 80,000-100,000 yuan/ton; high-end electronic-grade HF at 150,000-200,000 yuan/ton; PFSA ionomer membrane at 2-3 million yuan/ton. Each rung is guarded by very few players, producing a pyramid where the deeper the chain, the fewer the participants and the higher the profit.
2. Two Faces: Bulk Products vs. Functional Materials
There is an invisible dividing line inside fluorochemicals. On one side sit refrigerants and HF, characterized by strong cyclicality and high sensitivity to quota policy. On the other side sit fluoropolymers, electronic-grade fluorochemicals, and fluorinated new-energy materials, where the moat is built on formulation, process, and customer certification. The 2024-2025 surge in R32 prices doubled the earnings of Juhua and Sanmei but came from quota scarcity, not technology scarcity. PVDF, by contrast, soared to 600,000 yuan/ton in H1 2022 only to collapse to 80,000 yuan two years later — a sixfold reversal driven by capacity expansion and demand normalization.
Any sweeping commentary on "fluorochemicals cycle position" risks blending these two distinct logics. This report keeps them separated chapter by chapter.
3. Fluorine Resources and China's Position
Global fluorspar reserves are estimated at 320 million tons (CaF₂ basis), of which China holds about 14%, Mexico 18%, South Africa 17%, Mongolia 8%. Yet China produces about 58% of global output (5.8 million tons in 2025) — far above its reserve share, meaning China is consuming its economically extractable fluorine faster than any other country. Static reserve life at current intensity is 15-20 years, motivating the policy push toward associated fluorine recovery from phosphate ore tailings and rare-earth tailings.
4. The Two Main Themes for 2026
Theme one: refrigerant phase-down. The Montreal Protocol drove the CFC and HCFC phase-outs, and the 2016 Kigali Amendment now folds HFCs into the schedule. China ratified Kigali in September 2021. The 2024 baseline is set at 85% of the 2020-2022 average production-plus-imports (in CO₂-equivalent). First cut of 10% in 2029, 40% in 2034, 70% in 2040, 80% in 2045. China's total HFC quota stands at roughly 1.785 billion tons CO₂-equivalent annually for 2024-2028.
Theme two: fluorinated new-materials breakthrough. The lithium battery revolution made LiPF₆ a strategic salt and PVDF a cathode binder mainstay. Photovoltaic growth absorbs PVDF and ETFE membranes. Hydrogen energy elevated PFSA ionomer membrane from a niche to a critical material. Semiconductor localization is pulling electronic-grade HF and fluorinated specialty gases into the spotlight. New-energy vehicles' extreme operating envelope is driving FKM growth.
Chapter 2 Upstream Fluorine Resources and Anhydrous HF
China's fluorspar reserves are concentrated in Zhejiang (Jiangshan), Hunan, Inner Mongolia, Fujian, and Jiangxi. Jinshi Resources (603505), the only listed pure-play fluorspar miner in China, holds about 27 million tons of reserves and recorded 2.3 billion yuan revenue in 2025 at a 38-42% gross margin. The company is building a major associated-fluorspar recovery base in Wulanchabu, Inner Mongolia, recovering fluorspar from Baogang Group's rare-earth and iron-ore tailings — an essential path given China's tightening primary reserves.
Anhydrous HF capacity in China reached 2.8 million tons/year in 2025 (65% of global), with output near 1.95 million tons at ~70% utilization. The top producers are Jinshi-Wanhua JV (300 kt/yr), Juhua (250 kt/yr), Yonghe (220 kt/yr), Sanmei (180 kt/yr), Do-Fluoride (150 kt/yr captive), Dongyue (150 kt/yr), Sinochem Lantian (120 kt/yr), and Haohua (~120 kt/yr). Internal consumption is roughly 55% refrigerants, 20% fluoropolymers, 15% inorganic fluorides and electronic chemicals, and 10% fluorinated intermediates.
The phosphate-rock route — using fluosilicic acid (H₂SiF₆) recovered from wet-process phosphoric acid production as the HF feedstock — currently provides 8-10% of China's HF. Yunnan Tian-hua, Hubei Yihua, and Xingfa Group are leading capacity ramps. Research Institute projects the phosphate route's share will rise to 15-18% by 2030, extending China's effective fluorine reserve life.
Chapter 3 Refrigerant Generations and Transition
Four generations have rotated through air conditioners and automotive cooling: CFCs (R12, R11) developed in the 1930s; HCFCs (R22) in the 1980s; HFCs (R32, R134a, R125, R410A) from the late 1990s; and HFOs (R1234yf, R1234ze) and natural fluids (R290, R744, R717) from the 2010s onward. Each new generation arose from environmental pressure on the previous: CFCs depleted ozone, HCFCs still did mildly, HFCs have no ozone impact but high global warming potential (GWP), HFOs and natural fluids minimize GWP.
R32 has been the centerpiece of 2024-2025 cycle. Prices rose from 20,000 yuan/ton in 2023 to 110,000 yuan/ton by May 2025, a 4-5x move driven by China's quota cap (380 kt/year) against domestic plus export demand of ~520 kt/year. Juhua holds the largest R32 quota (160 kt/yr) and earned an estimated 18-22 billion yuan profit on R32 alone in 2025, roughly half its full-year net profit. R134a doubled to 45,000-50,000 yuan/ton; R125 reached 50,000-60,000 yuan/ton.
The fourth-generation R1234yf (GWP=4) faces a steep patent wall held by Chemours (Opteon™) and Honeywell (Solstice®). China's domestic R1234yf capacity expanded from 2,500 t/yr (Juhua, 2024) toward roughly 15,000-20,000 t/yr by 2027 across Juhua, Dongyue, Sinochem Lantian, Yonghe, and Haohua. The decisive 2026-2028 question is whether China's developers can route around Chemours-Honeywell patents to access European, U.S., and Japanese markets, or settle for Chinese domestic demand only.
Chapter 4 Major Players
Juhua (600160) — Zhejiang state-owned, dominant in scope. 2025 revenue 28.5 billion yuan (+18% YoY); net profit 3.6 billion yuan (+98%). Refrigerants ~45% of revenue; fluoropolymers (PTFE, FEP, PVDF, FKM) ~22%. The Zhejiang Quzhou complex hosts integrated fluorspar-HF-refrigerant-polymer-electronic-chemicals lines. 60+ years of accumulated technology positions Juhua as China's most complete fluorochemicals platform.
Sanmei (603379) — Pure-play HFC quota beneficiary. 2025 revenue 5.6 billion yuan; net profit 1.2 billion yuan (+120% YoY). Quota share ~17%, second-largest in China. Single-category dependence makes Sanmei the highest-leverage HFC stock but also the most structurally vulnerable.
Yonghe (605020) — Integrated mid-size player covering fluorspar to fluoropolymers. 2025 revenue 4.7 billion yuan; net profit 650 million yuan. Quota share ~8%. Strategy hinges on niche fluoropolymer breakthroughs rather than scale expansion.
Dongyue Group (HK 0189) + Dongyue Silicon (300821) — Shandong-based fluorosilicone integrated platform. 2025 group revenue 14.5 billion HKD. Three distinguishing strengths: full-suite HFC quota (~12%), PTFE capacity ~60 kt (second only to Juhua), and the breakthrough PFSA ionomer membrane (Dongyue Hydrogen now leads >60% share of China's PEM water-electrolysis hydrogen projects).
Haohua Science (600378) — State-owned (Sinochem Holdings) electronic-chemicals national champion. 2025 revenue 12.5 billion yuan after consolidating the Southwest Chemical Engineering Institute. Electronic-grade HF (Chengguang Institute, 20 kt/yr capacity by late 2025) and fluorinated specialty gases are the strategic growth platforms.
Do-Fluoride (002407) — Henan-based LiPF₆ global #1 at 65 kt/yr. 2025 revenue 11 billion yuan. The 2022-2025 LiPF₆ price journey from 600,000 yuan/ton to 60,000 then back to 80,000-100,000 yuan/ton epitomizes new-energy materials cycling.
Global benchmarks — Chemours (Opteon, Krytox, Teflon, Nafion) US$6 billion 2025 revenue with $1.3 billion PFAS settlements; Honeywell HFO patent co-holder; Daikin (4,800 billion JPY chemicals revenue) the R32 open-patent pioneer; Solvay (Solef PVDF) post-Syensqo split; Arkema (Kynar PVDF) building Saudi Jubail capacity; 3M exiting all PFAS by end-2025.
Chapter 5 HFC Quota Supply-Demand Balance
China's HFC quota was set in 2024 based on the 2020-2022 average production-plus-imports x 85% in CO₂-equivalent terms. R125 (GWP=3,500) consumes far more quota per ton than R32 (GWP=675), motivating producers to favor R32 expansion within their quota envelope. Top quota shares: Juhua 27%, Sanmei 17%, Dongyue 12%, Yonghe 8%, Sinochem Lantian 7%, Haohua 6%, others 23%.
2025 R32 domestic demand of ~52 kt plus export ~10-12 kt exceeded the ~38 kt quota by 14 kt, pushing prices to multi-year highs. Quota secondary market trades reached 90,000-100,000 yuan/ton — roughly the marginal customer's willingness to pay. The Research Institute projects R32 price center at 80,000-100,000 yuan/ton through 2026-2027, with a second price spike likely in 2029 when the first 10% quota cut takes effect, then a long descent as HFOs replace HFCs through 2030-2045.
Chapter 6 Fluoropolymer Breakthrough Across Categories
PTFE — Global capacity 320 kt in 2025; China ~175 kt (55%). Major producers: Juhua, Dongyue, Sinochem Lantian, Chemours (Teflon), Solvay, Daikin. China leads in volume but lags in high-end categories: expanded PTFE (ePTFE) for Gore-Tex–type membranes, fiber-grade PTFE, semiconductor-grade PFA-modified PTFE — all still import-dependent.
PVDF — From 60-billion-yuan revenue surge in 2022 to severe oversupply by 2024-2025. Global capacity 230 kt (China 140 kt). Lithium-battery binder, photovoltaic backsheet, and high-end industrial coating split end-use. Domestic lithium-grade certification still dominated by Arkema (Kynar) and Solvay (Solef); Chinese producers (Juhua, Dongyue, Sinochem Lantian) holding ~25-30% high-grade share. Battery-grade PVDF spot prices recovered to 80,000-100,000 yuan/ton in 2025.
FKM — Global capacity 45 kt; China 16 kt (35%). Chemours Viton, Solvay Tecnoflon, Daikin DAI-EL dominate. China share is rising as 3M exits Dyneon. New-energy vehicle sealing needs (high-voltage battery packs, electrolyte resistance) are reshaping FKM product specifications.
PFSA Ionomer Membrane — Strategic material for PEM hydrogen and fuel cells. Chemours Nafion dominated for 50+ years. Dongyue Hydrogen broke through 2010-2019 with full PFSVE-PFSI-membrane chain, now leads >60% of China's PEM water-electrolysis projects. By 2030, China PEM membrane demand projects to ~2 million m²/year, 5x the 2025 level — Dongyue's most strategic growth lever.
Chapter 7 Industrial Chain Anchoring: Reading Fluorochemicals Through Factory Maps
Understanding fluorochemicals requires returning to the factory level. An R32 cylinder leaves Juhua's reactor in Quzhou, eventually fills an air-conditioning unit in Gree's Zhuhai assembly line, and ends up in a household in Chongqing. A ton of battery-grade PVDF leaves Lianchuang's reactor in Shandong, flows into CATL's Ningde cathode line, then enters a battery pack in a BYD electric vehicle. A roll of PFSA membrane leaves Dongyue Hydrogen's casting machine, joins LONGi's PEM electrolyzer, and produces green hydrogen at a Sinopec refinery.
Tianxia Gongchang is a B2B platform covering 4.8 million verified operating factories — distinctly different from generic company directories (such as Qichacha, Tianyancha) which include millions of registered shell companies, trading firms, and consultancies without actual production. Tianxia Gongchang's factory database is cross-validated by industrial electricity consumption, social-insurance enrollment, production permits, sectoral certifications, and geographic verification, with each factory tagged by process, product, capacity, location, and supply-chain relationships.
Cross-mapping fluorochemicals against Tianxia Gongchang's factory base yields concrete topologies: 734 refrigerant-compressor producers, 646 air-conditioning compressor specialists, 4,382 household air-conditioner OEMs, 4,792 lithium battery / materials factories, 2,195 photovoltaic module producers, 142 hydrogen / PEM electrolyzer plants — each cluster constituting the real downstream demand structure for an upstream fluorinated material category.
Chapter 8 Fluorinated Electronic Chemicals: Semiconductor and New-Energy Dual Engines
LiPF₆ — Global capacity 220 kt in 2025; China 85%. Top producers: Do-Fluoride 65 kt, Tianqi 50 kt, Yongtai 40 kt. Price cycle from 600,000 yuan/ton (H1 2022) to 60,000 (2024) back to 80,000-100,000 yuan/ton (2025). Each ton of LiPF₆ consumes 0.65 tons of anhydrous HF, making HF self-supply an important structural advantage.
Electronic-grade HF — Three purity tiers: EL (10⁻⁷), UPSS (10⁻⁹), UPSSS (10⁻¹²). Global market ~180 kt in 2025. Japanese (Morita, Stella) and Korean (SK Materials) suppliers hold ~65% combined; Chinese share rose from 25% (2022) to 55% (2025). Chinese localization rate at 12-inch advanced-node fabs remains ~40-50%; FPD localization >80%. Certification cycles of 18-36 months per fab per line are the bottleneck.
Fluorinated specialty gases — Overlapping with our ESG report. Key fluorine-based species: NF₃ (CVD clean), SF₆, C₄F₆, C₄F₈, CF₄, CHF₃, ClF₃, WF₆. China dominates NF₃ globally (~40%); C₄F₆ and C₄F₈ localization lags but is accelerating post-2026 Japan WF₆ exits.
Chapter 9 Capacity Expansion and New Bases
Juhua Quzhou third phase: R1234yf 6,000 t/yr, PVDF 20,000 t/yr, FEP 5,000 t/yr, electronic-grade HF 5,000 t/yr, plus full fluorinated specialty gas suite. Dongyue Huantai: PVDF, PTFE, PFSA membrane, hydrogen MEA pilot lines. Sanmei Shaowu base: PTFE 15,000 t/yr (phase 1, online late 2025), phase 2 + FEP planned for 2027. Do-Fluoride Wulanchabu: LiPF₆ extension from 65 kt to 85 kt by 2026. Haohua Chengguang Institute Zigong: electronic-grade HF ramp to 20 kt by late 2025.
Wulanchabu Fluorosilicon Park (Inner Mongolia) is becoming the cost center: leveraging 0.35 yuan/kWh power (60% of east-coast pricing), abundant land, and rare-earth tailings fluorspar recovery. Quzhou, Huantai, Shaowu, and Wulanchabu form the four-corner industrial geography of China fluorochemicals through 2030.
Chapter 10 Price Cycles and Earnings Sensitivity
2024-2026 price outlook: R32 maintains 80,000-100,000 yuan/ton; R134a 45,000-50,000; R125 50,000-60,000. PVDF stays in 70,000-120,000 yuan/ton range — unlikely to reach 2022 peak again. PTFE relatively stable at 45,000-55,000 (suspension) and 60,000-80,000 (dispersion). FKM holds 250,000-300,000 (A-type) and 400,000-500,000 (F-type). LiPF₆ in 80,000-120,000 range. Electronic-grade HF stable at 80,000-150,000 depending on grade.
Profit-mix shift 2025→2030 (Juhua reference): refrigerants from ~70% to 40-50%; fluoropolymers from 15% to 20-25%; electronic chemicals from 5% to 15-20%. This structural rotation drives the valuation re-rating from "refrigerant cyclical" to "fluorochemicals tech platform."
Chapter 11 Global Policy and Regulation
Montreal Protocol & Kigali Amendment — China ratified Kigali in Sep 2021; 2024 freeze baseline, 2029 −10%, 2034 −40%, 2040 −70%, 2045 −80%.
EU PFAS Restriction Proposal — Filed by Germany, Denmark, Netherlands, Norway, Sweden in January 2023 to ECHA, targeting ~10,000 PFAS substances. The 2026-2027 assessment phase determines whether industrial uses (semiconductor, medical) receive carve-outs. Research Institute baseline: tiered exemptions with strict consumer-product restrictions (60% probability); pessimistic case of broad restriction (25%); narrow consumer-only restriction (15%).
U.S. AIM Act — EPA-administered HFC quota with 10% cut in 2024, 40% in 2029, 70% in 2034, 85% in 2036.
China domestic — Ministry of Ecology and Environment's 2024 revised HFC management regulation; new chemical substance registration; emerging PFAS focus via the "New Pollutants Control Action Plan" launched 2024-2025.
Anti-dumping & trade frictions — U.S. anti-dumping on Chinese PTFE (35-65% tariffs, effective 2024-2029); EU anti-dumping investigation on Chinese PVDF launched 2025; India anti-dumping on Chinese R22/R134a; EU anti-dumping on Chinese HFC cylinders (50%+).
Chapter 12 Research Institute Judgments: 3-5 Year Outlook
Eight core judgments: (1) Refrigerant profits peak around 2026-2028 then decline through 2030+. (2) PVDF overcapacity persists 2026-2028; price center 70,000-120,000 yuan/ton. (3) High-end PTFE (ePTFE, fiber-grade, semiconductor-grade) is the localization frontier 2026-2030. (4) FKM benefits from 3M exit and EV electrification; Chinese share rises through 2030. (5) PFSA membrane is the highest strategic-value fluorinated material category through 2030; Dongyue Hydrogen the dominant beneficiary. (6) LiPF₆ overcapacity clears through 2026-2027; CR3 exceeds 80% by 2030. (7) Electronic-grade HF and fluorinated specialty gas localization accelerate 2026-2030; >80% domestic share by 2030. (8) EU PFAS final outcome is the largest single-variable uncertainty through 2027-2028.
Tianxia Gongchang's industry view: The decisive 2026-2030 question is whether top Chinese fluorochemicals players complete the transformation from "basic fluorochemicals leader" into "high-end fluorinated new-materials platform." Companies that complete this transition reach world-class status; those clinging to refrigerant cyclical earnings face structural decline after 2030.
Chapter 13 Risks and Uncertainties
EU PFAS decision range (2027-2028 critical); Chemours-Honeywell R1234yf patent litigation against Chinese players; fluorspar reserve depletion within 15-20 years; PVDF and LiPF₆ overcapacity persistence through 2026-2027; U.S. expansion of export controls on Chinese fluorinated chemicals (possibility, not certainty); NEV sales growth deceleration impact on lithium and PVDF demand; safety incidents at Chinese fluorochemicals parks under tighter regulatory regimes.
Chapter 14 Conclusion and Data Sources
China fluorochemicals sits at the intersection of two transformative narratives in 2026: the global refrigerant phase-down driven by Kigali, and the domestic ascent of fluorinated new materials powered by EVs, photovoltaics, hydrogen, and semiconductors. The decisive metric for 2026-2030 is whether Juhua, Dongyue, Haohua, Do-Fluoride, Sanmei, and Yonghe complete their structural rotation from refrigerant cyclical earnings to fluorinated new-materials technology platforms.
The deepest competitive endowment of Chinese fluorochemicals is not any single product or capacity investment — it is the system-wide chain from fluorspar to HF to intermediates to polymers to electronic chemicals, which no Western or Japanese counterpart can replicate. As global supply-chain regionalization intensifies, this full-chain capability becomes more strategically valuable.
Tianxia Gongchang — the B2B platform of 4.8 million verified operating factories — provides the factory-level mapping that grounds this report's projections in real downstream demand.
Data sources: China Ministry of Ecology and Environment HFC management regulations; National Development and Reform Commission hydrogen energy plan; China Fluorosilicone Industry Association annual reports; A-share company annual reports (Juhua, Sanmei, Yonghe, Dongyue, Haohua, Do-Fluoride, Zhongxin Fluoride, Lianchuang, Akeli, Jinshi); Montreal Protocol and Kigali Amendment texts; ECHA PFAS restriction proposal; U.S. EPA AIM Act and PFAS rulings; Chemours, Honeywell, Daikin, Solvay, Arkema, 3M 2025 annual reports; BloombergNEF PFAS Outlook 2026; Wood Mackenzie Global Fluorochemicals Outlook 2026; Nikkei, Reuters reporting; Tianxia Gongchang B2B factory database.
This report was prepared by Tianxia Gongchang Industrial Research Institute, published June 23, 2026, anchored to data as of June 23, 2026. The Institute's series reports are intended as research foundations for industrial stakeholders, with methodology rooted in real factory mapping, process-and-supply-chain analysis, and policy-and-technology framework. We pursue restraint, verifiability, and authenticity.