Trump’s Visit to China: Energy Supply and Steel–Nickel Industrial Chain Volatility Risk

According to media reports, U.S. President Donald Trump is expected to visit China in the near future. The news has quickly drawn global market attention. While it appears to be a diplomatic and trade-related event on the surface, from the perspective of energy structure and global supply chains.

This visit may have significant implications for Iran’s geopolitical situation, the security of the Strait of Hormuz, global oil and gas prices, as well as key industrial materials such as steel, nickel, and sulfuric acid.

For industries including water tank manufacturing, construction engineering, industrial equipment, and new energy supply chains, this development may create notable cost and supply chain transmission effects.

1. Energy and Geopolitical Background Behind Trump’s Visit

One of the most sensitive global risks today remains the Iran situation and the security of Middle Eastern energy routes.

China is a major importer of Iranian energy, while the United States is highly concerned about how Middle East instability could affect global inflation and financial markets. Against this backdrop, Trump’s visit is being interpreted as a signal of communication related to “energy stability.”

The most critical variable in this context is the Strait of Hormuz.

2. The Strait of Hormuz: A Key Global Energy Chokepoint

The Strait of Hormuz is one of the most important oil transportation routes in the world.

Key Facts:

• Around 20% of global crude oil passes through this route
• A significant share of LNG shipments depends on it
• Major exporters such as Saudi Arabia, Iran, and the UAE rely heavily on this corridor

Any disruption in this region could trigger:

• Sharp increases in global oil prices
• Higher maritime insurance costs
• Increased shipping detours and logistics expenses
• Tightening global energy supply

Energy risks will further transmit into the global industrial system.

3. How Rising Energy Prices Affect Steel and Manufacturing Industries

Energy costs are a core component of steel and heavy industry production. Rising oil and gas prices would create systematic pressure across industrial supply chains.

1. Higher Steel Production Costs

• Increased coking coal and electricity costs
• Rising hot-rolling and cold-rolling processing expenses
• Higher pickling and galvanizing costs

2. Greater Volatility in Stainless Steel (SUS304 / SUS316)

Nickel is a key determinant of stainless steel pricing, and nickel refining is highly energy-intensive.

Therefore, rising energy prices may lead to:

• Increased nickel iron production costs
• Greater stainless steel price volatility
• Higher uncertainty in engineering project budgets

3. Rising Costs for Construction and Industrial Equipment

Changes in steel prices will directly affect:

• Water tank systems
• Industrial storage tanks
• Structural building materials
• Mechanical equipment manufacturing

Overall, the industry may enter a phase of cost-push inflation.

4. Nickel Supply Chain: A Core Variable for New Energy and Stainless Steel

Nickel is a strategic industrial metal widely used in:

• Stainless steel manufacturing
• Power batteries (ternary lithium batteries)
• Specialty alloys

The main risks come from two aspects:

1. Rising Energy Costs in Refining

Nickel refining processes (HPAL and RKEF) are highly energy-dependent. If energy prices rise:

• Nickel projects in Indonesia face higher costs
• Profit margins in China’s processing sector shrink
• Global supply volatility increases

2. Upward Pressure on Stainless Steel Prices

Higher nickel prices directly impact:

• SUS304 stainless steel
• SUS316 stainless steel

This has a significant effect on industries such as water tanks, piping systems, and industrial equipment.

5. Sulfuric Acid Market: A Critical but Often Overlooked Industrial Link

Sulfuric acid is widely used in:

• Steel pickling processes
• Nickel hydrometallurgy
• Copper refining
• Fertilizer and battery materials

Rising energy prices may lead to:

1. Higher Sulfuric Acid Production Costs

• Increased electricity costs
• Higher natural gas expenses

2. Rising Steel Processing Costs

• Higher pickling costs
• Increased surface treatment expenses

3. Higher New Energy Material Costs

• Volatility in battery material systems
• Rising nickel salt costs

6. The Global Economy May Enter an Energy-Driven Inflation Cycle

If risks in the Strait of Hormuz persist, global industrial costs may rise simultaneously:

Upstream:

Crude oil, natural gas, and chemical raw materials increase

Midstream:

Steel, stainless steel, and nickel processing costs rise

Downstream:

Construction, industrial equipment, water systems, and automotive industries face pressure

7. Impact on China’s Manufacturing and Export Sector

China’s manufacturing sector may face three major changes:

1. Increased Raw Material Price Volatility

Uncertainty in SUS304 and SUS316 stainless steel and nickel-based materials.

2. Higher Shipping Costs and Risk Premiums

Volatility in Middle Eastern and related shipping routes.

3. Greater Focus on Supply Chain Stability

Customers shift from “low-cost” priorities to “stable delivery + price locking capability.”

8. Practical Impact on Water Tank and Building Material Industries

For water tank, steel structure, and building material industries, the effects are direct:

• Higher cost fluctuations in stainless steel water tanks
• Rising galvanized steel sheet prices
• Increased shipping and packaging costs
• Shorter quotation validity periods

Industry competition is shifting from price-driven to:

Supply chain stability + raw material hedging + overseas delivery capability

9. Conclusion

Behind Trump’s visit to China lies a broader geopolitical rebalancing of global energy systems.

If Middle East energy risks escalate, the impact will extend far beyond oil prices and gradually reshape global industrial cost structures and manufacturing competitiveness.

For companies, future competition will no longer be driven solely by price, but by:Supply chain resilience and energy risk management capability.

As a modular water tank manufacturing factory, we sincerely hope this visit will contribute to a mutually beneficial outcome between China and the United States and encourage the world situation to develop in a stable and positive direction.