Kemite Gas (002549) Technical and Fundamental Analysis

【Answer 1】 Order Surge: Approximately RMB 150 million in new orders added in the first half of 2025; backlog stood at RMB 400 million as of end-June, with an annual target of RMB 500 million (a doubling year-on-year). Capacity Expansion: Phase II of the Yueyang Electronic Specialty Gases project is scheduled to commence operations in 2026, doubling photolithography gas capacity to 12,000 cubic meters per year. Business Contribution: Revenue share has risen from 3% in 2021 to 18% currently, and is projected to exceed 30% by 2027. 3. Hydrogen & New Energy Gases The Hainan hydrogen filling station, with an annual production capacity of 20,000 tons, benefits from the policy granting toll-free highway access for hydrogen-powered vehicles; revenue is expected to grow 50% in 2025, reaching RMB 280 million. The Fujian 300,000-ton-per-year electronic-grade hydrogen peroxide project commenced operations in July, further strengthening the industrial chain. III. In-Depth Analysis of Correction Causes 1. Earnings Volatility Triggers Concerns Gross margin dipped slightly to 35.75% in Q3 (down 0.36 percentage points vs. H1), with cost growth outpacing revenue growth, resulting in a quarterly profit decline; RMB 13.24 million in inventory write-downs were provisioned, reflecting short-term operational pressure. 2. High Valuation Bubble Compression Current P/E ratio stands at ~150x—far above the industry average. Even with earnings growth, valuation appears unsustainable; some institutions have downgraded their ratings, arguing that the stock price has already priced in 2–3 years of future growth. 3. Funding Pressure A major shareholder’s planned reduction of ~3% of shares (raising nearly RMB 500 million) triggered market panic. On November 3, major institutional funds massively exited (net outflow of RMB 560 million); Northbound funds sold RMB 145 million net; number of shareholder accounts surged in Q3, indicating dispersed holdings and declining institutional ownership. IV. Investment Strategy Recommendations Short Term (1–3 months): ・ Adopt a wait-and-see stance, awaiting signs of stabilization; closely monitor the validity of the RMB 21 support level. ・ If volume surges and price breaks below RMB 20.50, consider further position reduction for risk mitigation. ・ For tactical trading, consider buying on dips and selling on rallies within the RMB 23–24 range. Medium Term (3–6 months): ・ Accumulation window: If the stock corrects to the RMB 18–20 range (a ~30% drop from the peak), initiate phased positions; set stop-loss at RMB 16.50. ・ Monitor execution of electronic specialty gas orders; if Q4 earnings rebound, valuation recovery may follow. Long Term (6–12 months): ・ Value thesis: Dual drivers—domestic substitution in electronic specialty gases + expansion into new energy gases—will accelerate performance starting in 2026 upon new capacity ramp-up. ・ Target price: After 2026 earnings materialize, fair value range is RMB 25–30, corresponding to a P/E of ~30–40x.

Blaming AI Again? This Gas Soared 240%

【Answer 2】 Argon is no cutting-edge high-tech material. It is obtained via air separation and widely used in welding, steelmaking, and metal processing—seemingly worlds apart from 'AI' or 'semiconductors.' Yet this time, capital markets have begun grouping argon alongside tungsten hexafluoride, helium, and semiconductors. Who’s to Blame for Argon’s Price Surge? AI Is Not to Blame. Argon is primarily produced through low-temperature fractional distillation of air—a byproduct of air separation units (ASUs). Unlike many chemical products, manufacturers cannot simply install standalone argon production lines when prices rise. Additional supply ultimately depends on ASU capacity, argon extraction capability, and downstream logistics infrastructure—meaning short-term supply elasticity is inherently low. This summer, several ASUs underwent maintenance shutdowns; high ambient temperatures forced some equipment to operate at reduced loads; and regional supply disruptions further tightened liquid argon availability. According to ZhuoChuang Information’s August analysis, concentrated ASU maintenance across central and eastern China—combined with heat-induced reductions in liquid output—significantly widened the market supply gap. Yet argon merits special attention due to its dual identity. On one hand, it serves traditional industries—welding, steel, and machinery manufacturing—with TIG (tungsten inert gas) welding being its largest application, widely employed in structural steel, pressure vessels, shipbuilding, construction machinery, and aluminum components for new-energy vehicles. On the other hand, argon qualifies as an electronic bulk gas, functioning as a protective and carrier gas in semiconductor fabrication. Semiconductor-grade argon demands far stricter purity specifications, tighter impurity control, and greater supply reliability than standard industrial grades. It is not some 'magical semiconductor material,' but rather one of the most fundamental and ubiquitous gases in semiconductor manufacturing. And precisely because it is so foundational, its demand trends serve as a barometer for the entire industry’s expansion. AI did not directly trigger this round of price hikes—but it *is* lifting the long-term demand floor for electronic gases. Argon’s 240% surge cannot be pinned directly on AI. However, AI-driven chip capacity expansion *is* elevating the long-term demand floor for electronic gases. Two global industrial gas leaders have already committed real capital to semiconductor-related expansions. On July 31, 2026, Linde announced a long-term gas supply agreement with a major global semiconductor manufacturer and plans to invest approximately USD 1 billion to expand its industrial gas facilities in Phoenix, Arizona. The project includes constructing two new ASUs to supply ultra-high-purity nitrogen, oxygen, and argon to two new semiconductor wafer fabs. Linde described this as one of its largest-ever investments globally for electronic-industry customers. If semiconductor capacity expansion were merely a capital-market narrative, Linde would have no reason to spend USD 1 billion building ASUs. In July 2026, Air Products disclosed in its third-fiscal-quarter earnings materials that its subsidiary Sanfu Gases had signed a long-term agreement with a semiconductor manufacturer to support its expansion. Under the agreement, Sanfu will design, build, own, and operate four large-scale advanced ASUs, bulk gas delivery systems, and underground pipeline networks—supplying nitrogen, oxygen, argon, and helium. This confirms that semiconductor-driven gas demand has already translated into tangible capital expenditures—not just conceptual hype. Argon Is Just the Symptom—Supply-Demand Is the Core Issue. Zooming out from argon to the broader electronic gases sector reveals that argon is neither the first nor the last gas to experience supply-demand shifts.

Linde plc Stock: Can Industrial Gases Demand Unlock New Upside?

Apr 28, 2026

Linde plc, a leading industrial gases provider, is positioned for growth through clean energy trends and strategic decarbonization investments. Analysts favor its defensive qualities and exposure to key sectors like semiconductors and healthcare.