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YIGAS International Limted, 广东省广州市增城新塘镇西洲大王岗工业区, Guangzhou (2026)

06/08/2026

🌍 Critical Minerals, Strategic Gases: What the New U.S. Export Policy Means for the Global Industrial Gas Market

The latest U.S. executive order restricting exports of tungsten, lithium, cobalt, nickel-related scrap and battery materials may appear to focus on recycling—but its implications extend far beyond the recycling industry.

For the industrial gas sector, it signals another step in the global shift from cost-driven supply chains to security-driven supply chains.

🔹 Tungsten is a strategic raw material for industries ranging from aerospace and defense to advanced manufacturing and semiconductor fabrication. More importantly for our industry, it is the essential feedstock for tungsten hexafluoride (WF₆), a critical electronic specialty gas used in chemical v***r deposition (CVD) for advanced semiconductor manufacturing.

The policy reflects a broader trend: countries are increasingly retaining strategic resources domestically rather than relying on global trade. With the U.S. seeking to secure recycled tungsten, China's export controls on tungsten materials, and rising demand from AI servers, HBM memory, and advanced logic chips, the global tungsten supply chain is becoming increasingly fragmented.

📈 Market signals are already emerging. China's WF₆ exports have continued to rise, while prices have climbed sharply this year. Industry participants also report that leading manufacturers are transitioning from simple cost-pass-through pricing to supply-demand-based pricing—an indication that the market is beginning to recognize the long-term value of secure supply rather than short-term production costs.

💡 The broader implication is clear.

Industrial gases can no longer be viewed independently from the upstream critical mineral ecosystem. The competitiveness of specialty gases will increasingly depend on access to raw materials, refining capabilities, recycling systems, and resilient regional supply chains.

As governments continue to redefine critical minerals as strategic assets, the industrial gas industry may enter a new era where resource security becomes just as important as production capacity.

The companies best positioned for the future may not simply be those with the largest manufacturing footprint—but those with the strongest integration across the entire supply chain.

💬 Do you believe strategic gases such as WF₆ will increasingly be shaped by geopolitics rather than traditional market cycles? We'd be interested to hear your perspective.

02/08/2026

Helium Insights Series | Part 1
🌍 The New Era of Helium: Why the Global Supply Chain Has Fundamentally Changed

Over the past decade, the global helium market has experienced several supply disruptions. But what we're witnessing today is fundamentally different.

This is no longer just another supply shortage—it marks a structural transformation of the global helium supply chain.

Three major producers—the United States, Qatar, and Russia—still account for the majority of the world's helium production. Recent geopolitical events have exposed how vulnerable this concentrated supply model has become. Conflicts in the Middle East, export controls, shipping constraints, and strategic resource policies have all demonstrated that helium is no longer traded purely as a commodity. It is increasingly being managed as a strategic resource.

📈 According to insights shared during the IG CHINA 2026 Helium Industry Forum, the market is expected to remain under pressure over the next several years. New helium projects require significant capital investment and typically take 3–5 years to develop, meaning additional supply cannot respond quickly to unexpected disruptions.

Meanwhile, demand continues to expand across industries that depend on helium but have limited substitution options—including semiconductor manufacturing, MRI systems, quantum computing, aerospace, and advanced scientific research.

💡 Perhaps the most important takeaway is that the industry's mindset is changing.

For many years, supply diversification was considered the best way to manage procurement risk. Today, companies are beginning to recognize that diversification alone is no longer sufficient. Long-term contracts, domestic production, strategic storage, and helium recovery technologies are becoming equally important components of supply resilience.

The helium industry is entering a new phase—one defined less by price cycles and more by supply security.

🔍 The question is no longer "When will helium prices fall?"
The more important question is:
How should companies prepare for a market where supply uncertainty becomes the new normal?

💬 What changes have you observed in helium procurement or supply strategies over the past two years? We'd love to hear your perspective.

30/07/2026

📈 Air Liquide's Half-Year Results Reveal Where the Industrial Gas Industry Is Heading

📊 Air Liquide has released its 2026 first-half financial results, delivering solid performance despite ongoing global economic uncertainty.

While the headline numbers are encouraging—€13.8 billion in revenue, 8.8% growth in recurring operating income, and an operating margin of 20.9%—the more interesting story lies behind the figures.

Several industry trends stand out.
🔹 Industrial gases continue to demonstrate remarkable resilience. Unlike many traditional chemical sectors facing cyclical pressure, demand for industrial and specialty gases remains supported by long-term structural industries.
🔹 Electronics and AI are becoming major growth engines. Air Liquide announced nearly €1 billion of investment related to electronic gases for the AI computing value chain, reflecting the rapid expansion of semiconductor manufacturing and advanced chip technologies.
🔹 Asia-Pacific remains a strategic growth market. The region achieved double-digit growth on a comparable basis, with strong momentum in China helping offset mixed performance elsewhere. This highlights the region's continued importance in global manufacturing and electronics.
🔹 Long-term investment confidence remains strong. Air Liquide approved a record nearly €3 billion in new investments during the first half and reported a backlog exceeding €6 billion for the first time. This suggests that leading industrial gas companies continue to invest aggressively despite macroeconomic uncertainties.

💡 Perhaps the biggest takeaway is that industrial gases are increasingly evolving beyond traditional manufacturing support.

Today, they are becoming essential infrastructure for , , , clean energy, and advanced manufacturing—industries expected to drive global industrial growth over the next decade.

For anyone following the industrial gas sector, Air Liquide's latest results are more than a financial update—they offer a glimpse into where the industry's future investment and demand are headed.

📈 Sometimes, earnings reports tell a much bigger story than revenue alone.

26/07/2026

⚡ Is SF₆ Really Becoming More Expensive—Or Are We Looking at the Wrong Cost?

When discussing SF₆ (Sulfur Hexafluoride), most conversations focus on one question:
"How much does SF₆ cost?"

But for utilities, EPC contractors, switchgear manufacturers, and industrial gas buyers, the more important question is:
"What is the true cost of using SF₆?"

While the market price of SF₆ continues to fluctuate, procurement decisions are increasingly influenced by factors beyond the price per cylinder.

Several long-term trends are reshaping the market:
🔹 Growing investment in high-voltage transmission and renewable energy infrastructure continues to support demand for reliable insulation gases.
🔹 Environmental regulations are becoming stricter worldwide, as SF₆ remains one of the most potent greenhouse gases, leading to higher compliance and lifecycle management costs.
🔹 High-purity SF₆ required for critical electrical applications commands premium pricing, while transportation, cylinder management, and regional supply availability also affect total procurement costs.

Perhaps the biggest shift is that buyers are beginning to evaluate Total Cost of Ownership (TCO) rather than simply comparing purchase prices.

Today, a competitive SF₆ procurement strategy considers:
✅ Product purity and consistency
✅ Supply stability and delivery reliability
✅ Gas recovery and recycling capability
✅ Regulatory compliance throughout the product lifecycle

As global power grids expand and electrification accelerates, SF₆ remains indispensable for many high-voltage applications. At the same time, sustainability requirements are pushing the industry toward better gas management, leakage reduction, and responsible recycling.

The future conversation is no longer just about buying SF₆ cheaper. It's about using SF₆ smarter.

As the industry evolves, companies that optimize lifecycle costs—not just purchase prices—will be better positioned to balance operational reliability, regulatory compliance, and long-term competitiveness.

⚡ How is your organization balancing equipment reliability, environmental responsibility, and lifecycle cost when managing SF₆?

21/07/2026

📊 Why Industrial Gases Continue to Defy the Chemical Industry Cycle

The latest C&EN Global Top 50 Chemical Companies ranking highlights an interesting phenomenon.

While 39 of the world's top 50 chemical companies reported declining sales in 2025, the three largest industrial gas companies—Linde, Air Liquide, and Air Products—all improved their rankings, with Linde maintaining an impressive 27.2% operating margin.

This raises an important question:
Why does the industrial gas sector appear to be one of the few segments in the chemical industry that is relatively resistant to economic cycles? 🤔

The answer lies in the fundamental role industrial gases play within modern manufacturing.

Unlike many chemical products that are directly tied to consumer demand or commodity prices, industrial gases are production enablers. They are embedded in manufacturing processes rather than the final products themselves.

Whether producing semiconductor chips, refining steel, manufacturing pharmaceuticals, preserving food, operating hospitals, or supporting aerospace applications, production simply cannot continue without a stable gas supply.

More importantly, demand for industrial gases is becoming increasingly technology-driven rather than economy-driven.

As industries move toward AI, advanced semiconductors, clean energy, biotechnology, and precision manufacturing, the consumption of high-purity and specialty gases continues to grow—not because of short-term market optimism, but because these technologies require increasingly sophisticated process gases.

Another often-overlooked factor is the industry's business model.

Many industrial gas suppliers operate under long-term supply contracts, build on-site production facilities, and integrate deeply into customers' manufacturing operations. This creates high switching costs and stable, recurring revenue, making the business inherently more resilient than many traditional chemical segments.

Of course, industrial gases are not completely immune to macroeconomic pressure. Steel production, construction, and general manufacturing still influence demand for bulk gases such as oxygen and nitrogen. However, the rapid expansion of electronics, healthcare, and specialty gas applications is gradually reshaping the industry's demand structure.

Perhaps this explains why industrial gases are increasingly viewed not simply as another branch of the chemical industry, but as critical infrastructure supporting advanced manufacturing.

As global industries continue to digitalize, electrify, and automate, one question becomes increasingly relevant:
Will industrial gases gradually evolve from a cyclical chemical business into a strategic technology infrastructure industry? 🌍

👉 I'd be interested to hear how others in the industry view this long-term trend.

14/07/2026

🌍 Global Helium Supply Chain Is Entering a New Era: From Free Trade to Strategic Resource Security

Helium is no longer just an industrial gas — it is becoming a strategic resource shaping the future of advanced industries. 🌐

Recent developments in the global helium market have highlighted a major shift: the helium supply chain is gradually moving from a traditional global free-trade model toward a new era focused on resource security, supply resilience, and strategic partnerships.

China’s recent implementation of temporary export controls on helium reflects a broader global trend — countries are increasingly prioritizing the stability of domestic supply chains for critical materials.

At the same time, the global helium market is already facing multiple supply challenges:
🔹 Disruptions in Qatar, one of the world’s largest helium suppliers, have created uncertainty for global availability.
🔹 Russia’s helium export restrictions have added further pressure to international supply flows.
🔹 Growing demand from semiconductor manufacturing, MRI systems, aerospace, and advanced technologies continues to increase competition for reliable helium resources.

For industries that depend on helium, the key question is no longer only:
❓ “What is the price of helium?”

The more important question is:
❓ “Can we secure a stable helium supply when the market becomes unpredictable?”

As helium plays a critical role in:
⚙️ Semiconductor wafer cooling and leak detection
🏥 MRI superconducting magnet cooling
🚀 Aerospace and scientific applications
🔬 High-precision manufacturing processes
supply reliability has become a core factor in procurement decisions.

At YIGAS, we believe the future of helium supply will depend on three key capabilities:
✅ Stable upstream resource partnerships
✅ Long-term supply planning and inventory management
✅ Strong technical support for customers across industries
The helium industry is entering a new phase — where supply security matters as much as product quality.

For industrial gas users, building a resilient helium procurement strategy today will be essential to managing tomorrow’s uncertainties.

🌎 The future of helium belongs to companies that can build trust, reliability, and long-term cooperation across the global supply chain.

04/07/2026

🌏 Why Global Industrial Gas Leaders Are Doubling Down on Southeast Asia 📈

The recent announcement that Messer has acquired three industrial gas companies in Singapore and Malaysia is more than just another M&A transaction.

It reflects a much bigger trend:
Southeast Asia is rapidly becoming one of the world's most strategic growth markets for industrial gases.

As industries continue shifting manufacturing capacity from traditional hubs, demand for reliable gas supply is accelerating across the region.

Several factors are driving this transformation:
💻 Rapid expansion of semiconductor and electronics manufacturing
🏭 Growth in advanced manufacturing and precision engineering
🚢 Increasing investments in marine and offshore industries
🏥 Rising demand for healthcare and medical gases
⚡ Continued development of clean energy and infrastructure projects
For global gas companies, building production capacity is only one part of the strategy.

Establishing local cylinder filling stations, distribution networks, logistics capabilities, and long-term customer relationships has become equally important.

🔍 What does this mean for the industrial gas industry?
This acquisition highlights three important market trends:
✅ Customers increasingly value local supply capability and faster delivery.
✅ Regional service networks are becoming a key competitive advantage.
✅ Industrial gas companies are evolving from product suppliers into integrated solution providers.

💡 Our Perspective
As industrial gas professionals, we see Southeast Asia not simply as a fast-growing market, but as a region where customers are looking for reliable supply, technical expertise, and long-term partnerships.

Whether serving electronics, manufacturing, healthcare, or energy industries, success will increasingly depend on combining global quality standards with strong local market support.

The future of the industrial gas industry will not be defined solely by production capacity—but by the ability to build resilient regional supply chains and deliver value closer to customers. 🌍

📈 Southeast Asia is no longer an emerging opportunity—it is becoming one of the industry's most important strategic markets.

30/06/2026

🚨 Helium Prices Are Rising Again—Is the Industry Entering a New Normal? 📈🌍

Just days after another setback delayed Qatar's helium production recovery, the market has received another important signal.

Nippon Sanso, one of the world's leading industrial gas suppliers, has announced that helium prices will increase by more than 30% for shipments starting in July 2026. The adjustment covers gaseous helium, liquid helium, tube trailers, specialty gas mixtures, and products serving semiconductor and medical applications. 📦

This is more than a regional pricing announcement. It reflects a broader reality: the helium market is no longer experiencing temporary volatility—it is adapting to structural change.

Several factors are converging simultaneously:
🔹 Delayed recovery of Qatar's helium production capacity
🔹 Tight global supply availability
🔹 Rising procurement and logistics costs 🚢
🔹 Currency fluctuations increasing import expenses 💱
🔹 Continued demand from AI chips, semiconductors, MRI, and scientific research 💻🏥

From an industrial gas perspective, one message is becoming increasingly clear:
Helium pricing is now being driven by supply resilience rather than production volume alone.
Even when production capacity exists, supply can still be constrained by infrastructure reliability, geopolitical events, transportation networks, and long-term contract availability.

💡 What should buyers consider?
✅ Diversify supply sources rather than relying on a single region.
✅ Build strategic inventory instead of operating with minimum stock.
✅ Evaluate suppliers based on long-term delivery capability—not only today's quotation.
✅ Consider helium recovery and recycling where consumption volumes justify the investment. ♻️

The helium market has entered a new phase where procurement decisions are becoming strategic business decisions.
For distributors, manufacturers, and end users alike, the question is no longer "Will prices increase?"

The more important question is:
👉 How resilient is your helium supply strategy if market disruptions continue?
Because in today's industrial gas market, supply security is becoming just as valuable as the gas itself. 🔒

23/06/2026

🚨 Qatar’s Helium Recovery Faces Another Setback: What Should Industrial Gas Buyers Learn From This? 🌍

Just as the global helium market was hoping for signs of recovery, another major disruption has emerged.

On June 21, an explosion and fire occurred at the Barzan natural gas facility in Qatar's Ras Laffan Industrial City during a restart operation.

The accident not only resulted in tragic casualties but also casts significant uncertainty over the restart of the Helium 3 facility, which relies on Barzan as its sole source of feed gas. ⚠️

For the helium industry, this development is far more than a local production incident.

Earlier this year, geopolitical tensions had already forced prolonged shutdowns of Qatar's Helium 1 and Helium 2 plants, removing nearly 30% of global helium supply from the market. Helium 3 was widely viewed as the industry's best hope for restoring supply balance. Now, that expectation has been challenged once again. 📉

🔍 What Does This Mean for the Market?
The helium market is learning a difficult lesson:
✅ Production capacity alone does not guarantee supply security.
✅ Infrastructure resilience is becoming as important as resource availability.
✅ Single-source dependence creates significant procurement risk.
✅ Unexpected operational incidents can rapidly reshape global supply dynamics.

For industries that depend heavily on helium—including semiconductors 💻, MRI healthcare 🏥, aerospace 🚀, scientific research 🔬, and leak detection ⚙️—supply uncertainty may remain a key concern throughout 2026.

🧠 An Industrial Gas Perspective
As professionals in the industrial gas sector, we should view this event as a reminder that helium is no longer simply a commodity gas.

The global helium supply chain has become increasingly sensitive to:
🌍 Geopolitical developments
🏭 Facility reliability and maintenance risks
🚢 Logistics and transportation disruptions
📦 Strategic inventory management

The companies best positioned to navigate future market volatility will be those that prioritize supplier diversification, long-term procurement planning, and supply chain resilience over short-term price considerations.

In today's market, the most important question may no longer be "How much helium is available?" but rather: 👉 How secure is the supply chain behind it?

17/06/2026

🚨 WF₆ Supply Shock: What This Structural Crisis Really Means for the Semiconductor Industry 🔬

The recent escalation in the global Tungsten Hexafluoride (WF₆) market is not a short-term price fluctuation—it represents a structural disruption in one of the most critical electronic gas supply chains supporting advanced semiconductor manufacturing. 📉📈

Two major developments are reshaping the global landscape:
🔹 Japanese producers of high-purity WF₆ (Kanto Denka & Central Glass) have announced permanent production shutdowns starting July 2026, removing roughly 25%–30% of global high-end capacity.
🔹 Upstream tungsten raw material constraints, combined with export controls and tightening supply chains, are further amplifying shortages across the entire value chain.

At the same time, demand is accelerating rather than slowing down:
💻 AI chips & HPC scaling
🧠 HBM & advanced memory expansion
📦 3D NAND moving toward 300–500 layer architectures
🔬 Advanced logic nodes requiring higher WF₆ consumption per wafer

The result is a classic mismatch:
👉 shrinking supply base + exponentially growing process demand = structural shortage

Key market signals
📈 WF₆ prices have surged more than 230% within months (5N grade)
💰 7N ultra-high purity long-term contracts have exceeded ¥3.3–3.6 million/ton
🏭 Estimated global supply gap: ~2000 tons annually post-closure

🧠 Industry reflection from a gas supplier perspective
For those of us in the industrial and electronic gases sector, this event highlights three irreversible trends:
✅ Specialty gases are becoming geopolitically sensitive strategic materials
✅ Raw material security (not just gas production) is now the real bottleneck
✅ Qualification cycles (18–24 months) are no longer aligned with market volatility

What used to be a stable “supplier–customer” relationship is evolving into a supply chain resilience competition.

🔍 What semiconductor buyers are now facing
Accelerated supplier diversification (including non-traditional sources)
Shortened qualification timelines under production pressure
Increased reliance on long-term allocation contracts
Strategic shift from cost optimization → supply assurance

🌐 Outlook
With new capacity expansions unlikely to fully balance demand before 2027, WF₆ is becoming a textbook case of how advanced materials, geopolitics, and semiconductor scaling laws intersect.

In this environment, supply stability is no longer operational—it is strategic.

YIGAS International Limted

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