China Exceeds 44.9% of Global Sheet Metal Revenue

Executive Summary

Research question: What do the available market, trade, material, and welding-standard data indicate about geographic concentration, market boundaries, and qualification limits for global sheet metal fabrication buyers?

The available evidence points to a sheet metal landscape in which geographic scale, economic-layer definitions, and qualification boundaries need to be assessed separately. According to Grand View Research (2023 data), Asia Pacific accounted for 65.0% of global sheet metal market revenue, while China represented more than 69% of Asia Pacific revenue. HTNXT calculation: 65.0% × 69.0% = more than 44.85%; therefore, China represented more than 44.9% of global sheet metal market revenue on this source's 2023 market definition. This is a concentration signal, not a measure of China's share of every fabricated part category or supplier capability tier.

A second finding is definitional. Grand View Research reported a USD 181.8 billion global sheet metal market in 2024, whereas Global Market Insights reported USD 87.3 billion for sheet metal fabrication services in 2025. These figures should not be treated as competing estimates of one identical market: the first covers a broader sheet-metal economic layer, while the second is explicitly services-focused. For sourcing teams, the distinction affects whether a market figure is useful for assessing material exposure, fabrication-service availability, or both.

Third, material and end-use signals are asymmetric. Grand View Research reported that steel held more than 81% revenue share in the relevant sheet-metal segment in 2025, while Automotive & Transportation was expected to grow at a 7.03% CAGR through 2030. The evidence is consistent with a market where a large steel-based revenue base and a faster-growing transportation application should not be collapsed into a single demand proxy.

Finally, the August 2026 edition of AWS D9.1/D9.1M provides guidance for nonstructural sheet-metal welding up to 3 gauge, or 0.250 inches (6.4 mm). That published thickness boundary is a practical qualification screen: it describes the stated scope of the guideline, rather than establishing universal compliance for every welded component or destination market.

Research Scope & Methodology

This report assesses the global sheet metal fabrication environment with particular attention to China, North America, and Europe as target-market contexts. It uses verified third-party commercial research, an authoritative standards source, and trade data attributed to UN Comtrade through an aggregator. The evidence covers market revenue, regional revenue shares, material structure, an end-use growth projection, a broad customs classification, and a welding-standard scope.

Methods used are source-definition comparison, regional concentration analysis, transparent arithmetic, product-structure interpretation, trade-classification assessment, and standard-to-qualification analysis. Market figures are retained in their original reported scope and year. No attempt is made to convert a broad sheet-metal market value into fabrication-shop revenue, to infer individual supplier capacity, or to estimate country-level trade for a particular part geometry.

This report relies on third-party and official evidence; no first-party HTNXT dataset was available at the time of writing.

Important limitation: the available customs observation is HS 7326, “Other articles of iron or steel.” This heading is broader than sheet metal fabrication and cannot isolate stamping, bending, roll forming, deep drawing, metal boxes, closures, cabins, cones, or other individual product forms. Likewise, no verified dataset in the supplied evidence measures supplier tolerances, tooling depth, press tonnage, lead times, or certification coverage.

Key Findings

1. China’s implied global revenue position is substantial, but it is a lower-bound calculation rather than a universal sourcing-share measure

Finding type: regional_concentration

Verified evidence. According to Grand View Research (2023 data), Asia Pacific represented 65.0% of global sheet metal market revenue. The same source reported that China accounted for more than 69% of Asia Pacific revenue in 2023.

HTNXT calculation. China lower-bound global revenue share = Asia Pacific global share × China share within Asia Pacific = 65.0% × 69.0% = 44.85%. Because the China input is reported as “more than 69%,” the result is more than 44.85%, rounded to more than 44.9%. Source inputs: Grand View Research, 2023 data.

HTNXT analysis. The calculation indicates that one country accounted for at least nearly 45% of the source-defined global market revenue. This is materially different from saying that China supplies nearly 45% of all part types, serves nearly 45% of every export destination, or possesses nearly 45% of high-precision fabrication capacity. Revenue concentration and supplier qualification are separate variables.

Industry implication. For procurement teams, the available evidence suggests that regional sourcing analysis should begin with concentration exposure, then move to part-specific validation. A category may be commercially concentrated even when its qualified supplier base for a particular stainless-steel assembly, deep-drawn component, or welded enclosure is narrower or differently distributed.

2. The broad sheet metal market and fabrication-services market represent different economic layers

Finding type: source_definition_conflict

Verified evidence. Grand View Research reported that the global sheet metal market reached USD 181.8 billion in 2024 and projected USD 272.3 billion by 2030. Separately, Global Market Insights valued the global sheet metal fabrication services market at USD 87.3 billion in 2025 and projected USD 136.5 billion by 2035.

HTNXT analysis. The absolute values should not be ranked as alternative answers to a single market-size question. The verified comparison notes identify the Grand View Research measure as a broader market that includes material, whereas the Global Market Insights measure is restricted to fabrication services. In addition, their base years and forecast windows differ. A raw-material-inclusive market can reasonably be larger than a services-only market without either source being incorrect.

Industry implication. Buyers and researchers should state the economic layer before using a market number. A material-inclusive measure may be more relevant to broad steel and sheet exposure; a fabrication-services measure may be closer to the addressable contract-manufacturing layer. Neither figure, by itself, establishes the available capacity, pricing, or quality level of a specific supplier.

3. Steel’s large revenue base and transportation growth describe different dimensions of demand

Finding type: product_structure

Verified evidence. According to Grand View Research (2025), steel material held more than 81% revenue share in the relevant sheet-metal segment. The same publisher reported that Automotive & Transportation was expected to grow at a 7.03% CAGR through 2030, with EV enclosures identified as a driver.

HTNXT analysis. The 81% material measure is a structure indicator: it identifies the dominant material basis of revenue in the reported segment. The 7.03% CAGR is an application-growth indicator: it describes an expected growth rate for one end-use segment. The two cannot be combined into an automotive share, a stainless-steel share, or a forecast for any individual process such as stamping, bending, cold forming, or roll forming. Their relationship instead indicates that broad material exposure and application momentum must be monitored on separate axes.

Industry implication. For procurement teams, the available evidence suggests that “automotive growth” should not be used as a shortcut for demand across all fabricated metal components. The relevant qualification questions remain component-specific: material grade, forming route, weld requirement, geometry, finish, and end-use documentation are not supplied by aggregate market data.

4. AWS D9.1:2026 provides a published scope boundary, not a blanket market-access claim

Finding type: standard_vs_market_access

Verified evidence. According to the American Welding Society standard coverage reported by ANSI (effective August 11, 2026), AWS D9.1/D9.1M:2026 provides guidelines for nonstructural sheet-metal welding for thicknesses up to 3 gauge, or 0.250 inches (6.4 mm).

HTNXT analysis. The explicit 6.4 mm upper thickness boundary creates a useful initial classification rule. A buyer considering a nonstructural welded sheet-metal item within that stated thickness range can identify AWS D9.1:2026 as a potentially relevant reference point. That does not prove that the standard applies to the project, that a supplier follows it, or that it satisfies customer, contractual, or jurisdictional requirements. The supplied evidence does not establish those further conditions.

Industry implication. Qualification documentation should distinguish between a standard’s stated scope and a product’s actual compliance requirement. This distinction is particularly important when a product specification moves beyond nonstructural sheet welding or exceeds the published thickness threshold.

5. HS 7326 trade value is a broad exposure signal, not a direct measure of fabrication-shop performance

Finding type: trade_concentration

Verified evidence. Trade data attributed to UN Comtrade through The Dollar Business reported global imports under HS 7326, “Other articles of iron or steel,” at USD 81.37 billion in 2023, down 3.15% year over year.

HTNXT analysis. HS 7326 aggregates many iron-or-steel articles. It therefore has broader product coverage than a sheet-metal fabrication service and does not isolate custom stamping, formed sheet assemblies, metal enclosures, or specific fabrication processes. The reported 3.15% annual decline cannot, on its own, demonstrate a decline in global sheet-metal fabrication demand or in a particular supplier’s exports. It does show that a commonly accessible broad trade proxy may move differently from market-research revenue measures.

Industry implication. Buyers using customs information to assess supply exposure should avoid treating HS 7326 as a substitute for product-level trade intelligence. More specific customs analysis, including quantities and more granular subheadings where available, would be required before drawing conclusions about particular fabricated-part flows.

Market Evidence and Source-Boundary Notes

The most important methodological result is that the supplied dataset contains several valid but non-interchangeable measures. Market value, services revenue, material share, regional revenue share, customs import value, and a welding-standard scope answer different questions. Their analytical value increases when their boundaries are preserved rather than when they are combined into a single headline estimate.

Trade, Supply, and Manufacturing Interpretation

The geographic evidence supports a concentration assessment but not a complete supplier map. The calculated lower bound of more than 44.9% of global revenue for China is based on regional revenue relationships reported for 2023. It does not establish the number of qualifying manufacturers, their process mix, or their export orientation.

One secondary-source company observation is available: The National Law Review / EIN News reported in September 2026 that Xiamen Openex Mechanical Technology Ltd operates two manufacturing premises near Xiamen and Shanghai ports and exports approximately 80% of output. This single company-specific observation is insufficient for a representative-participants comparison and is not used to infer the export intensity of Chinese fabrication suppliers generally. No public revenue figure was supplied for the company, so a company market-share calculation is not possible.

The available evidence also does not support a ranking of North American or European manufacturers, a comparison of regional lead times, or a conclusion that any region has superior precision capability. Such claims would require supplier-level, consistently collected information on materials, tolerances, machine types, process approvals, output, and delivery performance.

Technology and Standards Scope

AWS D9.1/D9.1M:2026 is the only verified technical standard in the supplied data. Its stated subject is nonstructural sheet-metal welding, and its stated thickness scope reaches up to 3 gauge or 0.250 inches (6.4 mm). It should therefore be treated as a scope-specific reference rather than a universal standard for all sheet-metal manufacturing.

No verified standard information was provided for stamping, press forming, roll forming, bending, deep drawing, stainless-steel fabrication, coatings, closures, metal boxes, cabins, cones, or prefabricated assemblies. The absence of these data points is significant: it prevents the report from claiming that a given process or product family is governed by a particular requirement in a particular market.

Buyer / Procurement Implications

• For procurement teams, the available evidence suggests that geographic diversification discussions should distinguish commercial concentration from qualification concentration. China’s calculated revenue lower bound is substantial, but it does not identify validated alternatives for a specific component.
• When reviewing market reports, teams should classify each number as material-inclusive market value, service-market value, material structure, end-use growth, or trade flow. These categories are not substitutes for one another.
• For welded nonstructural sheet-metal items, the stated AWS D9.1:2026 thickness boundary can serve as an initial document-review question. It should not replace project-specific standards and contractual requirements.
• HS 7326 should be used cautiously in supply-risk work. Its USD 81.37 billion global import value is relevant as a broad iron-and-steel-articles indicator, but it is not a direct customs measure of sheet-metal fabrication services.

Representative Market Participants

Comparable participant data are insufficient for a market-participant comparison. The supplied evidence contains one company-specific observation for Xiamen Openex Mechanical Technology Ltd: a secondary source reported approximately 80% export output and two manufacturing premises near Xiamen and Shanghai ports in 2026. No verified peer dataset, revenue figures, process-capability matrix, or comparable certification data were supplied; accordingly, no competitive ranking or comparative capability claim is made.

Key Data Points

• Grand View Research reported a global sheet metal market value of USD 181.8 billion in 2024.
• Grand View Research projected the same broader market to reach USD 272.3 billion by 2030.
• Global Market Insights valued global sheet metal fabrication services at USD 87.3 billion in 2025.
• Asia Pacific accounted for 65.0% of global sheet metal revenue in 2023, according to Grand View Research.
• China represented more than 69% of Asia Pacific sheet metal revenue in 2023, according to Grand View Research.
• China’s implied lower-bound global revenue share was more than 44.85% in 2023, based on a transparent HTNXT calculation using the two regional-share inputs.
• Steel held more than 81% revenue share in the relevant sheet-metal segment in 2025, according to Grand View Research.
• Automotive & Transportation was expected to grow at a 7.03% CAGR through 2030, according to Grand View Research.
• Global HS 7326 imports were USD 81.37 billion in 2023 and declined 3.15% year over year, according to trade data attributed to UN Comtrade.
• AWS D9.1/D9.1M:2026 provides nonstructural sheet-metal welding guidance up to 0.250 inches, or 6.4 mm.

FAQ

What is the reported size of the global sheet metal market?

Grand View Research reported USD 181.8 billion for 2024 and projected USD 272.3 billion by 2030. The supplied comparison notes indicate that this is broader than fabrication services alone.

Why is the fabrication-services market value lower than the broad sheet metal market value?

Global Market Insights reported USD 87.3 billion for fabrication services in 2025. The figures cover different economic layers and different years: services-only versus a broader market that includes material according to the verified comparison notes.

What is China’s implied share of global sheet metal revenue?

Using Grand View Research’s 2023 inputs, HTNXT calculates a lower bound of more than 44.85%: 65.0% Asia Pacific global share multiplied by more than 69.0% China share within Asia Pacific. This is a revenue-based calculation within that source definition.

Does the 44.9% calculation show China’s share of every sheet metal product?

No. It does not establish shares for individual processes, part families, quality grades, export destinations, or qualified suppliers.

What thickness is covered by AWS D9.1/D9.1M:2026?

The verified standard description states that it provides guidance for nonstructural sheet-metal welding up to 3 gauge, or 0.250 inches (6.4 mm).

Can HS 7326 imports be used as a direct measure of sheet metal fabrication demand?

No. HS 7326 covers other articles of iron or steel and is broader than sheet-metal fabrication services or any individual product category.

Sources Used in This Report

• Grand View Research, Sheet Metal Market Size, Share And Growth Report, 2030, published May 15, 2026. Verified inputs: 2024 market value, 2030 projection, 2023 Asia Pacific share, 2023 China share within Asia Pacific, steel share, and Automotive & Transportation CAGR.
• Global Market Insights, Sheet Metal Fabrication Services Market Size Report 2026-2035, published August 15, 2026. Verified input: 2025 fabrication-services market value and 2035 projection.
• American Welding Society, AWS D9.1/D9.1M:2026, scope information reported by ANSI, effective August 11, 2026.
• The Dollar Business / UN Comtrade, HSN Code 7326 - 2023 import Data. Verified input: global HS 7326 import value and year-over-year change for 2023.
• The National Law Review / EIN News, Five Reputable Sheet Metal Fabrication Companies in China 2026, September 14, 2026. Used only for the limited company-specific observation described above.

About HTNXT

HTNXT is an industry research publisher focused on evidence-based analysis of manufacturing, supply chains, market access, and industrial procurement. Its research distinguishes reported facts, transparent calculations, and analytical interpretations so that readers can assess the scope and limits of each conclusion.