Navigating The Cycle: Price Volatility And Procurement Strategies for Bulk Chemicals (Argon CO₂ Solvents) in 2025-2026

1. Macro Background: A New Normal Driven by Multiple Factors

Entering 2025, the bulk chemical market is shifting from pure supply-demand drivers to a multi-dimensional model driven by "policy + energy + demand." Energy cost fluctuations directly determine the cost floor for high-energy-consuming products (such as air separation gases); green trade barriers like the EU's CBAM are reshaping regional supply-demand balances; and the surge in demand for high-purity gases from emerging industries like photovoltaics and semiconductors is counterbalancing the cyclical fluctuations of traditional industries.

2. Price Volatility Patterns by Segment

1. Liquid Argon: Value Reassessment and Structural Shortages

   • Characteristics: Strong seasonality, correlation with steel prices, and vulnerability to unplanned maintenance. As a byproduct of steelmaking, its output is constrained by steel mill operating rates and environmental production restrictions.

   • Trends: Ordinary liquid argon will fluctuate with the steel cycle but is prone to sharp price spikes during peak energy consumption periods in winter and summer. Driven by the photovoltaic and semiconductor sectors, high-purity argon will maintain a high premium due to the slow expansion of purification capacity, further widening the price gap with ordinary liquid argon.

2. Carbon Dioxide (CO₂): Supply-Demand Mismatch and Regional Divergence

   • Characteristics: Strictly limited by transportation radius and high premiums for food-grade products. Traditional chemical byproduct supplies are unstable, and while carbon capture projects are coming online, their costs remain relatively high.

   • Trends: The global market is expected to see steady growth in 2025-2026, but regional supply disparities will be significant. On the eve of commercialization for carbon capture technology, low-cost gas sources will become the focal point of competition, with price fluctuations largely dependent on localized plant maintenance and logistics costs.

3. Industrial Solvents (e.g., Dichloromethane): The Trade-off Between Efficiency and Compliance

   • Characteristics: High correlation with raw material prices and high sensitivity to environmental policies. As a highly efficient solvent, its demand is heavily influenced by downstream industries such as cleaning and pharmaceuticals.

   • Trends: Against the backdrop of "carbon neutrality" intersecting with chemical exports, production processes with high energy efficiency and low emissions will be more competitive. Price fluctuations will closely track upstream chloride raw materials, while also being affected by episodic supply contractions caused by environmental inspections.

3. Recommended Procurement Hedging Strategies

1. Establish a "Long-Term + Short-Term" Price Locking Mechanism

   • For long-term scarce materials like high-purity argon, it is recommended to sign annual long-term agreements with suppliers to lock in base supply volumes and pricing formulas, thereby avoiding severe spot market volatility.

   • For ordinary liquid argon and solvents, adopt a strategy of "off-season storage + on-demand purchasing in peak season," leveraging seasonal lows for strategic stockpiling.

2. Diversify and Localize the Supply Chain

   • Given the transportation radius limitations of CO₂, companies should develop a localized supplier system featuring a "primary supplier + backup supplier" to mitigate long-distance logistics risks.

   • For procuring export-oriented solvents heavily impacted by CBAM, it is essential to proactively assess suppliers' carbon footprint certifications and prioritize low-carbon emission sources to avoid future tariff costs.

3. Monitor Upstream Energy and Plant Dynamics

   • Establish an intelligence monitoring mechanism focusing on steel mill maintenance schedules (which affect argon supply), natural gas prices (which impact air separation costs), and environmental inspection trends. By stocking up in advance before anticipated supply contractions, companies can shift from passive price acceptance to proactive cost management.