Over the past several years, the United States has undertaken a decisive shift in industrial policy. Once settled assumptions about the virtues of globalized supply chains have given way to a recognition that excessive dependence on foreign adversaries for critical goods introduced unacceptable national risk. In response, policymakers have committed more than $200 billion to rebuild domestic semiconductor manufacturing capacity,1 moved aggressively to secure critical minerals and rare earth elements and accepted that certain strategic industries require public intervention to ensure their viability and reliability.
These actions rest on a shared premise: that some goods are too essential to be left to purely market-driven sourcing, particularly when production is concentrated in jurisdictions subject to geopolitical tension. What has received less attention thus far, however, is the fact that many of the industries now prioritized by U.S. industrial policy depend on a range of mundane but indispensable inputs. Among the most consequential of these are nitrile gloves.
Often associated only with healthcare, nitrile gloves are a foundational input across a wide array of industrial processes. Their availability is a precondition for safe and continuous operation in sectors ranging from semiconductor fabrication and pharmaceutical manufacturing to defense production, energy extraction, and food processing. Despite this centrality, the United States remains almost entirely dependent on foreign supply for nitrile gloves, with effective control of the market concentrated in China and Chinese-linked supply chains.
A nation’s ability to preserve its freedom and independence ultimately depends not only on advanced technologies or weapons systems, but on whether it can reliably produce the basic goods required to sustain its critical industries. The case of nitrile gloves illustrates how vulnerabilities often arise not at the technological frontier, but in the unseen foundations beneath it.
Nitrile Gloves as Systems-Level Industrial Input
Public perception of nitrile gloves remains largely shaped by their visibility in hospitals and healthcare clinics. While healthcare is an important end user, it accounts for only about 30 percent of total glove consumption in the United States. The majority, roughly 50 to 60 percent, is consumed in industrial settings where gloves are required to protect workers, maintain sterile or controlled environments, and comply with safety regulations.2
These industrial uses span nearly every sector currently identified as strategically essential to U.S. economic and national security. Defense manufacturing facilities require gloves for the production of energetics such as TNT, C4, and other explosives, as well as for composite materials, industrial magnets, and advanced components. Semiconductor fabrication plants rely on gloves to maintain cleanroom integrity and prevent contamination at every stage of production. Pharmaceutical manufacturing, including the production of active pharmaceutical ingredients (APIs) and key starting materials (KSMs), depends on gloves to ensure worker safety and product purity. Energy industries, including oil and natural gas extraction and processing, require gloves to mitigate chemical and mechanical hazards. Even food processing, particularly meat production, relies heavily on nitrile gloves to meet safety and sanitation standards. (When meat prices skyrocketed during the Covid-19 pandemic, the little-known cause was a glove shortage: the available meat could not be processed quickly, or at all.)
What distinguishes nitrile gloves from most other inputs, however, is their ubiquity and simultaneity. These gloves are not needed by one sector in isolation; they are required across numerous industries at the same time, particularly during periods of heightened demand or crisis. As a result, disruptions in glove supply do not merely affect a single industry but disseminate across the industrial ecosystem.
Inputs that are inexpensive, standardized, and widely used are often assumed to be secure precisely because they attract little attention. In practice, these very characteristics can make them among the most dangerous supply chain vulnerabilities.
Some observers argue that strategic stockpiles can mitigate vulnerabilities associated with glove supply disruptions. While limited stockpiling may play a useful role as a short-term buffer, it is not a substitute for domestic manufacturing capacity. Nitrile gloves are high-volume, continuously consumed items with finite shelf lives that require regular rotation, storage, and replenishment. Maintaining stockpiles at a scale sufficient to support healthcare systems, defense production, energy operations, food processing, and pharmaceutical manufacturing simultaneously—particularly during a national emergency—would be logistically complex, costly, and ultimately insufficient.
More importantly, stockpiles are designed to bridge brief disruptions, not to sustain prolonged or synchronized surges in demand. During crises, glove consumption does not rise in a single sector but across multiple critical industries at once, precisely when global supply chains are most likely to fail. In such conditions, even large reserves can be depleted rapidly, leaving policymakers facing the same underlying vulnerability, delayed by mere weeks rather than resolved.
Stockpiles therefore function as insurance against short-term shocks, not as a durable strategy for supply security. Only sustained domestic production can provide the continuous, scalable supply required to support critical industries under stress. Recent federal actions to establish strategic stockpiles of rare earth elements underscore this point. These stockpiles have been explicitly framed as a temporary bridge—designed to mitigate near-term vulnerability while domestic extraction, processing, and refining capacity is brought online in the United States—not as a substitute for rebuilding resilient supply chains at home.3
Market Concentration and Strategic Exposure
The current structure of the global nitrile glove market presents a clear concentration risk. The United States imports approximately 99 percent of its nitrile glove supply. While finished gloves are manufactured in several countries, China exercises substantial influence over the broader nitrile glove supply chain through its role in upstream chemical production, industrial manufacturing, and exports of materials and finished products across East Asia, including to major glove-producing countries. China supplies NBR not only for its own glove manufacturers, but also to factories in Malaysia, Vietnam, Thailand, and other countries frequently cited as alternative sourcing locations.4
This level of concentration would be concerning even in a politically neutral context. In the current geopolitical environment, it presents a serious strategic vulnerability. The relevant question is not whether China intends to disrupt glove supplies under normal conditions, but whether it possesses the capacity to credibly threaten or restrict access during a geopolitical dispute. Given the importance of gloves to defense production, healthcare delivery, and industrial output, such leverage would carry outsized strategic value.5
Many analysts now describe China as a peaking or post-peak power facing demographic decline, economic slowdown, and internal structural challenges. Historical experience suggests that states confronting such trajectories may become more willing to employ coercive economic tools to preserve influence or test adversaries’ resolve. Under these conditions, dependence on Chinese-controlled supply chains for basic industrial inputs represents a risk that cannot be mitigated through market diversification alone.6
A common response to concerns about Chinese supply chains is to propose shifting production to countries perceived as geopolitically safer. In the case of nitrile gloves, this approach is insufficient. Many “China-free” glove manufacturers remain dependent on Chinese inputs, including NBR feedstock, specialized machinery, and logistics networks. As a result, geopolitical risk is displaced rather than eliminated. Even where production occurs outside China, upstream dependencies preserve vulnerability to supply disruptions or coercive leverage.
We also see this dynamic with the rare earth element supply chain. As of 2026, China has restricted the export of rare earth refining and separation technologies, significantly complicating Western efforts to build independent supply chains. Beijing maintains dominant control over global rare earth processing capacity, along with state-directed production quotas and export restrictions covering separation, metallization, and magnet production technologies. As a result, nominally “onshored” capacity can remain functionally dependent on Chinese upstream inputs, underscoring how supply-chain risk is often embedded in stages that precede final production.7
Moreover, countries with little or no connection to China lack the integrated feedstock supply, scale, and cost structure required to compete with a fully domestic U.S. production model once total costs are considered. Shipping expenses, inventory buffers, tariffs, regulatory compliance, and delay risks all impose hidden premiums on offshore production. When these factors are internalized, domestically manufactured gloves can be cost-competitive with imports from non-Chinese suppliers, while offering significantly greater supply security.
Diversification without domestic capacity redistributes risk rather than reducing it. For critical goods that underpin multiple strategic industries, the only durable solution is the development of resilient domestic production.
Opposition to public intervention in glove manufacturing often draws on economic libertarian arguments emphasizing market efficiency, consumer choice, and minimal state involvement. These arguments hold that if domestic production were economically viable, private capital would already have entered the market. Such reasoning fails to account for the distinction between efficiency and resilience. Markets are highly effective at minimizing unit costs under stable conditions. They are poorly suited to pricing low-probability, high-impact risks such as geopolitical disruption.
In national security contexts, reliance on market signals alone systematically underinvests in resilience. China’s system of state capitalism allows it to accept lower near-term returns in order to anchor production domestically at multiple points along the supply chain. This deliberate integration reduces exposure to foreign leverage and preserves long-term strategic advantage.
Systems that prioritize return on investment above all else, however, are largely indifferent to the geographic origin of critical inputs. That indifference leads to chronic underinvestment in domestic capacity and resilience—and to repeated surprise when foreign dependencies are later weaponized.
The United States has wisely prioritized resilience and security in other critical domains. Domestic semiconductor production is widely expected to cost at least 30 percent more than comparable chips sourced from East Asia.8 Policymakers accepted this premium in exchange for reduced vulnerability. Rare earth extraction and refinement outside China similarly entail higher costs, often supported through price floors, long-term contracts, and public financing.9 These measures are not anomalies; they are acknowledgments that the security value of reliable supply outweighs marginal cost differences.10
From this perspective, libertarian objections are not merely philosophical disagreements but practical impediments. In matters of national security, insistence on laissez-faire purity amounts to a refusal to insure against foreseeable risks. The question is not whether domestic gloves are the cheapest option under ideal conditions, but whether the cost of dependence is acceptable under adverse ones. A nation cannot credibly claim independence if it lacks the capacity to produce the basic goods required to defend and sustain itself.
Nitrile gloves present a unique challenge for private investment. At approximately three cents per unit, margins are thin and returns are highly sensitive to small price fluctuations. Building glove manufacturing facilities is capital-intensive, while downside risks, such as competition from subsidized foreign producers, are asymmetric and substantial. There has been persistent underinvestment in domestic capacity, even as demand remains stable and strategically important. The pursuit of efficiency has resulted in minimal resilience.11
Absent public policy support, rational firms will continue to source gloves from the lowest-cost supplier, even if doing so exposes the broader economy to systemic risk. In this context, government inaction is a policy choice that accepts strategic vulnerability.
Policy Pathways for Domestic Glove Security
Securing a domestic nitrile glove industry does not require novel or radical policy tools. The mechanisms needed are already employed across other strategic sectors. The following are steps the United States can take to ensure that the same policy framework is applied to nitrile glove manufacturing.
First, the federal government should finance the construction of domestic glove manufacturing facilities through loans, grants, or a combination of both. Waiting for market forces to attract private investment is imprudent given the strategic importance of gloves and the uncertainty of global supply chains.
Second, the government should guarantee demand and establish price floors through long-term contracts with domestic glove manufacturers and NBR producers. Such agreements provide the revenue certainty necessary to justify capital investment and are standard practice in defense procurement and energy markets. The departments of Health and Human Services, Homeland Security, and Veterans Affairs are already required by law, through the Make PPE in America Act, to purchase 100 percent domestic nitrile gloves. This law should be enforced. Government support for other critical industries could also include a requirement to purchase domestic gloves.
Third, Section 232 tariffs should be applied to nitrile gloves to prevent evasion through nominally offshore production that remains dependent on Chinese inputs. These measures would not eliminate competition but would ensure that domestic producers are not undercut by strategically subsidized foreign supply.12
Fourth, the government should require that at least one-third of Medicare hospitals’ glove purchases be from sources that are 100 percent domestic and reimburse the small cost differential.
Public policy interventions of this kind are neither unprecedented nor excessive. Financial institutions have already made clear that large-scale investment in domestic manufacturing depends on public participation or guaranteed demand. The glove industry should be no exception.
Industrial policy debates often focus on advanced technologies, critical minerals, and high-profile manufacturing sectors. Yet resilience frequently depends on the least conspicuous inputs. Nitrile gloves are inexpensive, standardized, and easy to overlook—until they are unavailable.
The United States has already accepted that some goods are too important to be left to vulnerable supply chains. It is inconsistent to subsidize semiconductor fabrication plants, pharmaceutical manufacturing, and defense production while ignoring the basic inputs those industries require to operate. Nitrile gloves, by virtue of their indispensability across these sectors, belong in the same category. If the United States cannot manufacture what it needs to sustain and defend its critical industries, its ability to maintain its security and independence is put at risk. Ensuring domestic nitrile glove supply is not a matter of industrial nostalgia or protectionism; it is a practical, targeted response to a vulnerability hiding in plain sight.
This article is an American Affairs online exclusive, published May 20, 2026.
Notes
1 The CHIPS and Science Act of 2022 appropriates approximately $52.7 billion in direct federal funding for semiconductor manufacturing, research, and workforce programs; U.S. Department of Commerce implementation of the Act has coincided with more than $200 billion in announced private-sector semiconductor manufacturing investments in the United States.
2 Market analyses of the global disposable and nitrile glove industry consistently segment demand across medical and non-medical end uses, including healthcare, food processing, chemical and petrochemical industries, manufacturing, cleanroom and electronics production, and other occupational safety applications. Industry research published by Global Market Insights and Grand View Research indicates that while healthcare represents a significant portion of glove consumption, a substantial share of total demand is driven by non-medical industrial applications, supporting assessments that healthcare accounts for roughly one-third of total glove usage, with the remainder attributable to diverse industrial sectors.
3 James Attwood: “‘Project Vault’ Wins Some Metals Industry Support as Stocks Gain,” Bloomberg, February 2, 2026. This source reports that the proposed U.S. critical minerals stockpiling initiative could help finance alternative supply chains and “bridge that gap” for early-stage projects while domestic processing and manufacturing capacity is developed.
4 U.S. trade data indicate that the United States imports approximately 99 percent of its disposable and nitrile glove supply, with domestic production representing only a marginal share of total consumption. See: Andrew David and Samantha DeCarlo, COVID-19 Related Goods: The U.S. Industry, Market, Trade, and Supply Chain Challenges (Washington, D.C.: United States International Trade Commission, 2020); “U.S. Disposable Gloves Import Data Brief (Jan-Jul 2025),” IntcoGlove, September 12, 2025. Industry analysis also identifies China as a major participant in the nitrile butadiene rubber (NBR) market and broader East Asian chemical manufacturing ecosystem supporting glove production and exports.
See: Abhinav Kumar, Global Nitrile Butadiene Rubber Market Outlook to 2030 (Gurugram, India: Ken Research, 2024)
5 A substantial body of national security and international political economy literature documents China’s willingness to employ economic instruments for strategic leverage, including trade restrictions, export controls, and supply-chain leverage, as tools of coercion during geopolitical disputes. Analysts note that such measures are most effective when applied to concentrated, hard-to-replace inputs, particularly where target countries lack immediate alternative sources. This framework has been applied to Chinese actions involving rare earth exports, trade restrictions on agricultural and industrial goods, and other strategically targeted supply disruptions.
6 A growing body of strategic and economic analysis characterizes China as entering a period of relative economic, demographic, and productivity constraint following decades of rapid growth. This perspective—often described as “post-peak” or slowing power analysis—has been advanced by scholars such as Hal Brands and Michael Beckley, as well as by research institutions including the Brookings Institution, RAND Corporation, and the Center for Strategic and International Studies (CSIS). Macroeconomic assessments by the International Monetary Fund further document China’s long-term growth headwinds, demographic decline, and rising structural challenges. Across this literature, analysts note that periods of relative decline or constraint can increase incentives for external assertiveness and the use of economic or geopolitical leverage to offset internal pressures.
7 China is widely estimated to account for roughly 90 percent of global rare earth processing capacity and has imposed export restrictions on rare earth separation, refining, metallization, and magnet-production technologies. See: Gracelin Baskaran and Meredith Schwartz, “What China’s Ban on Rare Earths Processing Technology Exports Means,” Center for Strategic and International Studies, January, 8, 2024; Gracelin Baskaran, “China’s New Rare Earth and Magnet Restrictions Threaten U.S. Defense Supply Chains,” Center for Strategic and International Studies, October 9, 2025.
8 Semiconductor Industry Association and Boston Consulting Group, Government Incentives and U.S. Competitiveness in Semiconductor Manufacturing (Washington, D.C.: Semiconductor Industry Association, 2020).
9 U.S. industrial policy initiatives explicitly accept higher production costs for strategically important goods in exchange for supply security and resilience. Analyses of domestic semiconductor manufacturing indicate that chips produced in the United States are expected to cost substantially more than those sourced from East Asia, reflecting higher labor, regulatory, and capital costs. Similarly, rare earth extraction and processing outside of China have been widely acknowledged to entail cost premiums, often supported through price floors, long-term procurement commitments, public financing, and other policy mechanisms designed to ensure supply reliability rather than lowest-cost sourcing.
10 Governments routinely employ demand guarantees, long-term procurement contracts, and price-stabilization mechanisms to support strategically important goods where private investment is deterred by volatility or thin margins. Such tools are commonly used in defense procurement, energy infrastructure, transportation, and public health preparedness, where assured demand and predictable pricing are necessary to justify capital investment and maintain surge capacity. These mechanisms are designed not to eliminate competition, but to ensure continuity of supply and industrial readiness in sectors where market forces alone do not adequately price resilience.
11 Economic and policy analyses of strategic industries have long observed that private capital tends to underinvest in goods characterized by low margins, high capital intensity, and asymmetric downside risk, even when such goods are essential to national resilience. In these cases, market signals reward cost minimization and short-term efficiency rather than redundancy, surge capacity, or reliability under stress. Scholars and policymakers have identified this dynamic across sectors ranging from defense production and energy infrastructure to pharmaceuticals and medical supplies, leading governments to intervene through demand guarantees, public financing, and other risk-sharing mechanisms to correct predictable underinvestment in resilience.
12 Section 232 of the Trade Expansion Act of 1962 has been used by the United States to address national security risks arising from import dependence and supply-chain concentration, including circumstances where foreign producers circumvent trade measures through transshipment or nominal relocation of final assembly. In applying Section 232 authorities, U.S. policymakers have emphasized preventing evasion and preserving the effectiveness of national security measures rather than eliminating competition, particularly in industries where upstream inputs or control points remain concentrated despite shifts in final manufacturing location.
