Molecular Sieve Market Intelligence and Analysis Report (May 2026)

I. Market Price Dynamics
1. Regional Price Monitoring
- Zhengzhou City, Henan Province:
13X-type molecular sieve: ex-factory price RMB 12,200/ton; market price RMB 11,500/ton;
3A-type molecular sieve: ex-factory price RMB 8,500/ton; market price RMB 8,200/ton;
4A-type molecular sieve: ex-factory price RMB 8,800/ton;
5A-type molecular sieve: ex-factory price RMB 9,500/ton;
Qianyuexing brand: 3A-type ex-factory price RMB 4,000/ton; 4A-type market price RMB 4,500/ton.
- National Benchmark Price:
According to Shengyishe (Business Society) monitoring, the benchmark price for molecular sieves stood at RMB 8,250/ton on May 25, representing a 0.61% increase from the beginning of May; prices remain in the mid-to-low range year-on-year.

2. Factors Driving Price Fluctuations
Raw Material Costs: High prices for caustic soda, aluminum salts, natural gas, and electricity have increased production costs.
Supply-Demand Dynamics: Intense price competition persists in the mid-to-low-end segment due to overcapacity, while premium segments maintain relative pricing stability owing to technological barriers.
Regional Disparities: As a major production hub, Henan Province witnesses fierce price competition; certain brands adopt aggressive low-price strategies to capture market share.

II. Market Drivers Analysis
1. Environmental Policy-Driven Demand
Industrial Emission Control: Growing demand in VOCs abatement, gas separation, and purification applications—honeycomb molecular sieves are increasingly favored as core materials due to their high adsorption capacity and extended service life.
Automotive Exhaust Purification: Implementation of China’s National VI emission standards has boosted adoption of molecular sieve catalysts in diesel vehicle NOx reduction systems. The global molecular sieve adsorbent market is projected to grow at a CAGR of 4.29% from 2026 to 2032.

2. Expansion into Emerging Application Sectors
New Energy & Semiconductors: Rapidly increasing demand for ultra-high-purity molecular sieves in fuel cells, energy storage materials, and semiconductor manufacturing. In 2023, molecular sieve consumption in the new-energy vehicle sector rose by 28.7% year-on-year.
Compressed Air Drying: Molecular sieves account for approximately 35% of the compressed air dryer market, with especially strong growth in precision applications requiring ultra-low dew points (< ?70°C).

3. Technological Advancement and Domestic Substitution
Domestic Breakthroughs: Companies such as Jianlong Microporous and Zhongchumedia have achieved technological innovation to break international monopolies. In 2023, domestically produced molecular sieve filters covered 98% of the domestic market, with select products matching or exceeding imported counterparts in performance.
Green Production Requirements: Low-energy, low-emission synthesis routes—e.g., template-free synthesis—are becoming key R&D priorities to advance industry sustainability.

III. Competitive Landscape
1. International Players Dominate the Premium Segment
Global leaders—including BASF, UOP, and Zeochem—leverage patent protection, stringent quality systems, and deep customer integration to command over 50% of the global market share, with significant price premiums.

2. Domestic Players Focus on Cost Competitiveness and Differentiation
Scale Advantage: Enterprises such as Hengye Microcrystal and Jianlong Microporous reduce costs through large-scale production, targeting mid-to-low-end markets.
Niche Segment Breakthroughs:
Xinyu Mass Transfer: Leveraging the Pingxiang industrial cluster, it delivers rapid response and engineering services, achieving notable success in the compressed air drying sector.
Zhongchumedia: Specializes in molecular sieve catalyst R&D; produced 4,334 tons and generated RMB 550 million in revenue in 2023, serving high-end European and American markets as well as domestic defense sectors.

3. Regional Competition Characteristics
Henan Production Base: Price-driven competition dominates; brands like Qianyuexing expand market share via profit-margin compression.
Yangtze River Delta / Pearl River Delta: Technology-intensive enterprises congregate here, delivering high-value-added products and services for premium end-markets including semiconductors and biopharmaceuticals.

IV. Future Trend Forecast
1. Price Outlook
Short-Term: Prices expected to remain volatile but subdued, pressured by raw material costs and intense mid-to-low-end competition.
Long-Term: Premium-market pricing possesses upward potential driven by technological barriers and tightening environmental regulations. The global molecular sieve catalyst market is forecast to reach USD 7.067 billion by 2031.

2. Evolving Demand Structure
Environmental Applications: Stricter standards for flue-gas denitrification and wastewater treatment are boosting demand for molecular sieve filters. In 2023, environmental applications accounted for 31% of total usage, growing at 37.2% year-on-year.
Emerging Sectors: Demand for ultra-high-purity molecular sieves in semiconductors and biopharmaceuticals is projected to grow at a CAGR exceeding 22%, emerging as the primary growth engine.

3. Technological Development Directions
Green Synthesis: Low-energy processes—including template-free synthesis and dry-gel conversion—are gradually replacing conventional hydrothermal methods.
Intelligent Manufacturing: Digital twin and AI-based optimization technologies enhance product consistency; one enterprise has already implemented intelligent synthesis process control, achieving a product qualification rate of 99.8%.

4. Supply Chain Restructuring
Regionalization: To mitigate geopolitical risks, companies are establishing multi-regional supply chains—increasing operational complexity.
Localization and Substitution: Domestic firms are reducing reliance on high-end imports through technological breakthroughs; import dependency is projected to decline from 42% to 28% by 2028.