1,1,1,2-Tetrafluoroethane

R134a Commercial Market Dynamics Intelligence, Analysis, and Forecast

I. Current Market Price Dynamics
- Latest Quotation: As of July 21, 2026, the benchmark price of R134a stands at RMB 64,000 per ton, representing a 2.13% increase from the beginning-of-month price (RMB 62,666.67/ton on July 1), reaching a new annual high.
- Regional Price Spread: Dongyue Chemical (Shandong) quotes RMB 65,000/ton for premium-grade R134a (purity ≥99.9%), while domestic product in Quzhou, Zhejiang is priced at RMB 63,500/ton—reflecting a regional spread of approximately RMB 1,500/ton and indicating relatively tight supply in the East China region.
- Historical Comparison: Between July 21, 2025 and July 21, 2026, the lowest recorded R134a price was RMB 47,333.33/ton and the highest was RMB 64,000/ton; the current price resides at the historical peak.

II. Core Driving Factor Analysis
1. Supply Side: Quota Regulation and Capacity Withdrawal
- Quota System: Since 2024, China has implemented an HFCs quota system for R134a production. The total production quota for 2026 was reduced by 3% year-on-year compared to 2025. Leading enterprises—including Juhua, Dongyue, and Sanmei—account for over 90% of the national quota, resulting in extremely high supply concentration.
- Capacity Withdrawal: Over 30,000 tons of outdated production capacity were phased out between 2023 and 2025. Industry CR5 (concentration ratio of top five firms) reached 76.3%, with SME exits further intensifying supply tightness.
- Maintenance Impact: In July 2026, several manufacturers conducted simultaneous plant maintenance, further constraining spot market liquidity.

2. Demand Side: Dual Pull from Domestic and International Markets
- Automotive Aftermarket: Approximately 210 million vehicles globally rely on R134a for servicing and repair, generating an annual demand of 40,000–60,000 tons—serving as the primary short-term demand pillar.
- New Energy Vehicle (NEV) Growth: NEV heat pump systems require 40–70% more refrigerant per vehicle than conventional ICE vehicles. This long-term incremental demand continues to materialize, with export and domestic orders booked through Q3 2026.
- Industrial Application Penetration: Steady demand persists in chilled water systems and pharmaceutical cleaning applications, though this segment accounts for less than 15% of total demand and is insufficient to drive overall market growth.

3. Cost Side: Raw Material Price Pass-through
- Anhydrous Hydrofluoric Acid (AHF): Tightened fluorite mining regulation and rising chemical feedstock costs have driven AHF prices upward. In H1 2026, the average R134a production cost increased 15.69% year-on-year—but R134a market pricing rose by 30.34%, yielding an estimated gross margin of RMB 38,150/ton.
- Geopolitical Disruptions: Conflicts impacting crude oil, sulfur, and methanol markets further elevate upstream raw material costs.

4. Policy Side: Global Phase-Out Mandates and Substitution Pressure
- EU Ban: The EU will completely prohibit commercial use of R134a by 2030, permitting only trace quantities for medical applications—accelerating the shift toward HFO-1234yf and CO?-based systems among EU manufacturers.
- China’s Commitment: Under the Kigali Amendment, China pledges to reduce R134a production by 10% before 2029 and by 30% before 2035, reinforcing increasingly stringent quota management.
- Substitutes Progress: HFO-1234yf offers high technical compatibility but remains constrained by patent monopolies (dominated by Honeywell and Chemours) and high cost—currently priced at 9–10× that of R134a. Domestic adoption remains limited to pilot programs in select premium vehicle models. CO? systems face challenges due to lower energy efficiency at high ambient temperatures and the complexity/cost of high-pressure system retrofits, preventing large-scale deployment.

III. Market Trend Forecasts
1. Short Term (2026–2027)
- Price Range: Supported by quota constraints and robust aftermarket demand, prices are expected to remain elevated and range-bound between RMB 62,000–65,000/ton.
- Supply-Demand Outlook: Continued summer cooling demand, strong overseas export orders, and long-term quota-based supply caps—with no near-term relaxation anticipated in upstream feedstock availability—suggest sustained high-price dynamics across the value chain.

2. Medium Term (2028–2030)
- Price Decline: As HFO-1234yf manufacturing costs decline (projected to fall to ~5× R134a pricing by 2030) and recycled refrigerant supply expands, R134a prices may gradually soften to RMB 55,000–60,000/ton.
- Demand Structure Shift: Automotive aftermarket repair share is projected to rise above 70%, while industrial refrigeration and specialty cleaning demand remains stable.

3. Long Term (Beyond 2030)
- Market Exit: With deepening Chinese quota cuts and global bans taking full effect, R134a will progressively exit mainstream applications, potentially falling below RMB 50,000/ton.
- Corporate Transformation: Leading enterprises will consolidate advantages via vertical integration (raw materials → refrigerants → recycling), while SMEs pivot toward recycled refrigerant processing or niche specialty products.

IV. Risks and Opportunities
1. Risk Factors
- Policy Implementation Exceeding Expectations: Accelerated global phase-out timelines could trigger abrupt, cliff-edge demand collapse.
- Breakthroughs in Alternative Technologies: Erosion of HFO-1234yf patent barriers or significant improvements in CO? system high-temperature efficiency could hasten substitution.
- Global Economic Recession: Demand contraction may squeeze downstream manufacturers’ margins, thereby dampening refrigerant procurement volumes.

2. Opportunity Areas
- Industrialization of Refrigerant Recycling Technology: By 2025, China’s recycled R134a processing capacity exceeded 30,000 tons/year. Top-tier producers achieve 20–30% lower costs for recycled material and have already secured supply contracts with OEMs.
- Export Expansion into Emerging Markets: Growing refrigeration demand in the Middle East and Latin America presents opportunities for Chinese enterprises to leverage their cost advantages and expand exports.
- Hybrid Refrigerant Transition Solutions: Blends of R134a and HFO-1234yf offer a pragmatic transitional pathway, extending product lifecycle and bridging the gap until full substitution becomes economically viable.