How Chinese Manufacturing Competition Is Reshaping US Regional Economies

A state-by-state industrial analysis is reframing how metropolitan leaders assess manufacturing clusters, supply chain exposure, and long-term economic resilience

Executive Summary

Competition between the United States and China in advanced manufacturing is usually debated as national trade policy. A June 2026 report from the Information Technology and Innovation Foundation (ITIF), Targeted Pressure: How Chinese Manufacturing Competition Impacts US States, shifts the frame to the state and regional level. It selects one specialized industry in each US state — chosen for its concentration relative to that state's economy — and assesses the competitive pressure those industries face from Chinese producers.

The report argues that the pressure is neither evenly distributed nor purely market-driven. It points to government subsidies, favorable financing, tax incentives, and production volumes that exceed global demand as competitive instruments that reduce prices and squeeze producers elsewhere. Because many of the affected sectors are what ITIF classifies as “national power industries” — sectors that enable military capacity or provide leverage in international negotiations — the analysis links industrial decline to supply chain vulnerability and national security.

For metropolitan regions, the significance is geographic. Industrial specialization is a local phenomenon, and so is its erosion. What appears in national accounts as a market share statistic registers in specific places as employment loss, vacant industrial land, weakened supplier ecosystems, and a narrower municipal tax base.

Introduction

Discussions of US–China industrial competition tend to operate at the level of aggregate trade balances, tariff schedules, and export controls. Those frames are useful for understanding national posture, but they obscure where the effects actually land.

The ITIF report addresses that gap by working state by state. For each state it identifies a leading industry using a location quotient (LQ), a measure of how concentrated an industry is in a state's economy relative to the national average. Each selected industry had a high LQ in its state as of 2023, meaning the state's economy is unusually dependent on it.

The methodology combines data from the US Census Bureau's County Business Patterns with industry-wide figures on employment, exports, and global market share. Where direct market share data is unavailable, the report uses US and Chinese exports as a share of global exports as a proxy. It also notes a limitation: export data reflects the country of export, not the nationality of the firm, so products shipped from a foreign-owned plant inside China are counted as Chinese exports.

The report's policy conclusion is procedural as much as analytical. It recommends a dedicated effort to systematically collect and analyze global and state-level market share data across manufacturing industries, arguing that the current data gap limits the ability of policymakers to identify which regional industries face the greatest competitive exposure and when that exposure emerges.

Urban Context

Advanced manufacturing in the United States is not distributed evenly across the map. It clusters in metropolitan corridors and smaller industrial cities, often anchored by a small number of large plants and a wider ring of specialized suppliers, tooling firms, and logistics operators.

That clustering is what gives the ITIF findings their urban relevance. A region built around a single dominant industry develops complementary assets around it: vocational and community college programs, freight rail and port connections, industrial parks with appropriate utilities, and a local workforce with transferable skills. Those assets are difficult to redeploy when the anchor industry contracts.

Municipal finance is also exposed. Industrial and commercial property taxes underwrite services in many smaller cities, and a shrinking industrial base can constrain capital budgets for road maintenance, water systems, and other infrastructure precisely when reinvestment is most needed. In this sense, the report's state-level findings describe a metropolitan planning problem as much as a trade problem.

Main Analysis

Specialization as a measure of exposure

The report's use of the location quotient is a deliberate choice. It does not ask which industries are largest nationally, but which industries a given state depends on disproportionately. That distinction matters because economic resilience is relative: a state with a highly concentrated industrial base faces more concentrated risk if that base weakens.

The Alabama case

Alabama's artificial and synthetic fibers and filaments industry (NAICS 325220) illustrates the pattern. The state accounts for roughly 20 percent of the industry's national workforce. Employment in the sector stood at just over 2,500 in 2023, after fluctuating between roughly 2,200 and 3,000 over the preceding decade.

The industry produces man-made fibers including polyester, nylon, and acrylic, which have industrial applications alongside textile uses — industrial-strength cables, medical equipment, and personal protective equipment among them.

The competitive shift described in the report is sharp. Examining HS code 5402 (synthetic filament yarn), the United States held about 11 percent of global market share between 1996 and 2000, ahead of South Korea and Italy and behind Germany, while China held less than 1 percent. By 2023, China's share had reached 48 percent and the US share had fallen to about 5 percent.

Across the broader synthetic fiber category (HS codes 54 and 55), China held more than one-third of global market share in 2023, an increase of 86 percent from 2013, while the US share stood at 4.6 percent. Chinese exports in that category rose 398 percent to more than $40 billion by 2024; US exports grew about 3 percent over the same period. US synthetic fiber production has declined 74 percent from its 1996 peak, and the domestic workforce has fallen by about 25 percent from a level that once exceeded 17,500.

Third-country markets reinforce the pattern. Exports to Bangladesh, India, Italy, and Vietnam — four of the five largest textile exporters globally, and therefore significant buyers of synthetic fibers — were dominated by China, which shipped $2.8 billion worth in 2024, against $199 million from the United States, roughly 7 percent of the Chinese figure.

A pattern that repeats

The report applies the same structure across all fifty states, pairing each with a distinct industry. The specific sectors differ, but the analytical question is consistent: how does a regionally concentrated industry behave when a competitor operates with state backing, below-cost pricing capacity, and access to policy instruments that private firms elsewhere do not command?

That framing is contested in trade economics, where the boundary between legitimate industrial policy and market distortion is frequently disputed. The report's contribution is less a new theory than a geographic disaggregation of an existing debate — one that situates the argument in state economies rather than in aggregate bilateral totals.

Metropolitan Impact

Urban economies. Regions anchored by a single advanced manufacturing sector face concentrated risk. Diversification is the standard mitigation, but it is slow and capital-intensive, and it competes for the same land, power, and workforce.

Infrastructure. Industrial corridors are built around freight rail, ports, highways, and utility capacity. When anchor industries contract, that infrastructure is underused but not easily repurposed for other sectors with different requirements.

Transportation and logistics. Supplier networks depend on predictable volumes. Declining throughput can erode the business case for freight connections that serve broader regional needs.

Housing. Industrial employment supports household formation in surrounding communities. Sustained job losses reduce demand and can leave housing stock mismatched to a smaller workforce.

Commercial development. Retail, services, and hospitality in manufacturing towns are derivative of industrial payrolls. The secondary effects of plant-level contraction often exceed the direct employment loss.

Technology adoption. Capital-constrained manufacturers tend to defer automation, digital twins, and advanced process technology, widening the productivity gap with better-capitalized competitors.

Public services. Municipal and school budgets tied to industrial property taxes face pressure when valuations and output decline.

Environmental sustainability. Modernizing legacy industrial sites — for efficiency, emissions, or energy transition — becomes harder in a contracting sector.

Business competitiveness. Suppliers that lose domestic volume lose the scale needed to export, which compounds the original loss.

Investment. Industrial site selection favors regions with deep supplier ecosystems; once those thin out, attracting replacement investment becomes progressively more difficult.

Regional development. Multi-jurisdiction coordination on workforce, land, and infrastructure is often the difference between managed transition and abrupt decline.

Quality of life and long-term resilience. Regions that diversify early preserve more options; those that do not may face a longer adjustment period with fewer fiscal tools.

Strategic Insights

Industrial policy is now a metropolitan issue. Decisions about subsidies, tariffs, and export controls are made at the national level, but their effects materialize in specific labor markets. Regional leaders have a legitimate interest in data that shows where exposure is concentrated.

Measurement is a prerequisite for strategy. The report's recommendation for systematic state-level market share data is significant because it reframes the problem as an analytical one. Without reliable regional data, local responses default to anecdote.

Diversification planning matters more than slogan-level reshoring. Attracting replacement industry is difficult and slow. A more durable approach combines supplier development, workforce retraining, and the reuse of industrial land for logistics, energy, or advanced manufacturing niches.

Supply chain mapping is an urban planning tool. Identifying which assets in a regional economy are single-source, imported, or defense-adjacent helps cities prioritize infrastructure and land-use decisions.

Public–private coordination is the practical instrument. Ports authorities, utilities, community colleges, and economic development agencies already operate the levers — freight access, power capacity, training pipelines — that determine whether a region can hold or replace industrial activity.

Regional cooperation extends the area of the possible. Shared workforce programs, joint industrial site marketing, and cross-jurisdictional infrastructure investment allow smaller metros to compete for investment they could not attract individually.

Future Outlook

The next five to fifteen years will test whether regional industrial policy becomes a durable discipline or remains an episodic response to crisis.

Several trajectories appear likely. Data infrastructure will improve: national statistical agencies and independent research organizations are already moving toward more granular, faster-release measures of industrial concentration and trade exposure, and several jurisdictions have begun commissioning their own supply chain assessments. That will make targeted policy more feasible and more defensible than broad-brush interventions.

Manufacturing itself will continue to shift toward automation, digital process control, and lower-emission production. Regions that can deliver reliable power, modern industrial sites, and technical workforce pipelines will be better positioned to retain or replace declining sectors. Regions that cannot will face longer adjustment periods.

Energy economics will matter more than it has in decades. Industrial competitiveness increasingly depends on the cost and carbon intensity of electricity, which places utilities and grid planners at the center of regional industrial strategy.

Trade policy will continue to evolve, but the underlying competitive dynamics described in the ITIF analysis are unlikely to resolve quickly. The realistic question for metropolitan leaders is not whether global competition will influence local industrial fortunes — it will — but whether their regions have the data, institutions, and infrastructure to respond deliberately rather than reactively.

Conclusion

The ITIF report's core claim is that unfair competitive practices, not market competition alone, are eroding US manufacturing capacity across every state. That argument will continue to be contested in trade and economic policy circles. What is less contestable is the geography of the outcome: specialized industries concentrate in specific regions, and their contraction produces localized effects on employment, infrastructure utilization, municipal finance, and supplier ecosystems.

For city and regional leaders, the practical takeaway is that national industrial competition has a metropolitan dimension that requires its own analytical capacity. Knowing which industries a region depends on, how exposed they are, and what infrastructure and workforce assets support them is the starting point for any credible long-term strategy. The alternative — reacting after contraction is already visible in local employment data — leaves fewer options and higher costs.

Key Takeaways

• ITIF's June 2026 report examines one specialized industry in each US state, selected by location quotient, and assesses competitive pressure from Chinese producers.
• The report attributes competitive losses to state subsidies, favorable financing, and overcapacity-driven pricing rather than market competition alone.
• Industrial capacity is geographically clustered, so erosion registers as localized employment loss, idle industrial land, and reduced tax revenue.
• Alabama's artificial and synthetic fibers sector illustrates the pattern: the state holds about 20 percent of the national workforce in the industry, roughly 2,500 jobs as of 2023.
• US global market share in synthetic filament yarn fell from about 11 percent in the late 1990s to roughly 5 percent by 2023, while China's rose from under 1 percent to 48 percent.
• China's exports in the broader synthetic fiber category reached more than $40 billion by 2024, a 398 percent increase, against roughly 3 percent growth for the United States.
• The report recommends systematic collection and analysis of global and state-level market share data to support more precise policy responses.
• For metropolitan regions, implications extend to freight infrastructure, workforce pipelines, industrial land use, municipal finance, and long-term economic diversification.

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Sources

• Information Technology and Innovation Foundation, “Targeted Pressure: How Chinese Manufacturing Competition Impacts US States,” by Trelysa Long and Meghan Ostertag, June 1, 2026: https://itif.org/publications/2026/06/01/targeted-pressure-how-chinese-manufacturing-competition-impacts-us-states
• ITIF report PDF: https://cdn.sanity.io/files/03hnmfyj/production/f939605382aeb6072e92f6c0b6b639a8137c34cc.pdf
• US Census Bureau, County Business Patterns: https://www.census.gov/programs-surveys/cbp.html