Last Updated: September 10, 2026

90+ Paper Manufacturing Statistics for 2026

Paper manufacturing is much bigger than office paper. Corrugated shipping boxes, food cartons, tissue, labels, medical packaging, release liners, specialty papers, pulp, and converted paper products all run through the same industrial supply chain. That makes paper industry data useful to plant suppliers, logistics firms, packaging buyers, researchers, and economic developers.

This page collects current U.S. paper manufacturing statistics from primary public sources. Every number is connected to the agency or organization that published it. The monthly tables alone contain 58 current observations, and the rest of the resource explains how to use them without mixing incompatible measures.

1. What Counts as Paper Manufacturing?

The official boundary is NAICS 322. It covers mills that make pulp, paper, and paperboard, plus establishments that convert those materials into finished products. Converted products include corrugated and solid fiber boxes, folding cartons, paper bags, coated and laminated papers, stationery, sanitary paper products, and other items. Forestry and logging sit outside NAICS 322. Printing also sits in a different industry.

That definition matters when comparing market reports. Some publishers call pulp, paper, packaging, printing, and forestry one market. Federal data keeps them separate. A quote about NAICS 322 should not be labeled as the entire forest products economy. Likewise, a box plant and a pulp mill may share an industry code at the three-digit level while having very different energy, equipment, staffing, and sales needs.

The 2022 Economic Census NAICS guidance is the cleanest starting point for establishment counts, payroll, receipts, and detailed product classes. The Annual Survey of Manufactures provides annual operating measures. BLS is better for recent monthly labor changes, while the Federal Reserve provides consistent production and capacity series.

Major paper manufacturing segments

Paper mills are capital intensive and usually sell large volumes. Converted paper product plants are more numerous and closer to end markets. Their product mix can change faster because packaging design, retail demand, foodservice, and e-commerce affect orders directly. Tissue and sanitary paper have different demand patterns again. The practical lesson is simple: use subsector data whenever the decision involves plant targeting, equipment demand, or local workforce planning.

For prospecting, NAICS 322 is a useful first filter, not the final one. A maintenance contractor might want continuous-process mills. A packaging automation firm may want corrugated box plants. A coatings supplier may care about paperboard and specialty converters. The industry total gives market context, but the six-digit NAICS code identifies the buying environment.

Paper manufacturing value chain

The chain starts with virgin wood fiber, recovered paper, water, chemicals, and energy. Pulping separates fiber. Stock preparation blends and treats it. The paper machine forms, presses, and dries a continuous sheet, then winding and converting turn jumbo rolls into saleable products. Integrated operations may handle pulp and paper on one site. Other mills buy market pulp or recovered fiber. Converters buy rolls or sheets and perform coating, laminating, printing, die cutting, folding, gluing, or box making.

Each stage creates a different vendor list. Pulping creates demand for pumps, valves, screens, digesters, chemical handling, and corrosion control. Paper machines need drives, bearings, rolls, fabrics, vacuum systems, steam, condensate, and web inspection. Converters buy printing equipment, cutters, gluing systems, robotics, dust collection, vision systems, and packaging lines. Wastewater treatment, fire protection, electrical work, safety products, and industrial services cut across the whole chain.

This is why a directory of “paper companies” is rarely enough for industrial sales. Product, process, and plant type determine the need. A supplier can use the national statistics on this page to judge the sector, then use Census and company location data to build an account list that matches its actual capabilities.

Paper manufacturers also use different fiber recipes. Wood pulp supplies cellulose from virgin fiber, while recovered furnish returns usable fiber to the process. Paperboard mills typically make heavier products than mills focused on printing and writing papers. These grades of paper require different machines, coatings, strength properties, and quality checks. Forest products industry reports sometimes express paper and paperboard production in million metric tons, while U.S. agencies may publish short tons, dollars, or indexes. Convert the unit before comparing sources. Manufacturing GDP is another distinct value measure and cannot be substituted for physical production.

2. Paper Manufacturing Employment and Earnings

BLS Current Employment Statistics reported 355,700 paper manufacturing jobs in August 2026. Employment moved in a tight band during the 15 months shown below. The low was 352,800 in December 2025, and the high was 357,700 in June 2026.

Average hourly earnings increased from $27.46 in June 2025 to $28.77 in August 2026. The highest monthly observation in this window was $29.26 in June 2026. These are industry averages, not starting wages and not pay for a single occupation.

How to read the labor numbers

CES is a monthly establishment survey. Recent values can be preliminary and revised. Employment is reported in thousands, so 355.7 means 355,700 workers. The earnings series is an average across covered private-sector employees in the industry. It does not replace Occupational Employment and Wage Statistics when you need pay for electricians, millwrights, engineers, operators, or sales representatives.

Flat headcount does not mean a quiet labor market. Plants can be hiring maintenance and technical employees while removing other positions through consolidation or automation. Suppliers should pair the headline employment series with local job postings, plant expansions, shutdown announcements, and occupational wage data before making territory decisions.

Workforce pressures behind the headline

Mills often operate around the clock, which makes coverage and training harder than a single-shift shop. Experienced operators understand grade changes, moisture, breaks, vibration, steam balance, quality defects, and the interaction between upstream and downstream equipment. That knowledge is not replaced quickly. Retirement, turnover, and a thin local technical labor pool can create operating risk even when national employment looks steady.

Average earnings also hide geography and occupation. A controls engineer and an entry-level material handler should not be benchmarked against the same number. Plants in rural mill towns may pay a local premium for scarce electrical, instrumentation, and reliability skills. Metro-area converters may compete with distribution centers and other manufacturers for technicians and production workers.

For hiring analysis, combine the industry series with BLS occupational wage tables and state or metro employment data. For sales analysis, job postings can expose current projects. Repeated openings for controls engineers, reliability managers, or maintenance planners may indicate modernization, turnover, or a new operating model. The signal is useful, but it needs human review before anyone treats it as confirmed capital spending.

3. Paper Production and Capacity Utilization

The Federal Reserve industrial production index tracks real output, not sales dollars. That distinction keeps price inflation from looking like physical growth. The paper industry index was 82.1425 in June 2025 and 79.1369 in July 2026. Across this window, the low was 78.4020 in January 2026.

Capacity utilization compares actual output with the Federal Reserve's estimate of sustainable maximum output. Paper manufacturing capacity use moved from 80.0880% in June 2025 to 77.9657% in July 2026. Utilization is useful for judging how much room exists before producers need another shift, debottlenecking project, or major capacity investment.

Why utilization matters to suppliers

A mill running near its practical limit has a different buying problem than a converter with idle lines. High utilization raises the cost of downtime and can support projects involving reliability, condition monitoring, roll handling, faster changeovers, and preventive maintenance. Lower utilization can shift the conversation toward cost reduction, scrap, energy, labor efficiency, and winning new product programs.

One monthly reading should not drive an investment thesis. Shutdown timing, strikes, weather, product mix, and revisions can move the index. Use a series of months and compare it with company disclosures, shipment data, and customer order patterns.

Production is not revenue

The production index and company sales answer different questions. Revenue can increase because prices rose while physical output fell. Output can rise while revenue falls if product prices weaken. Mix matters too. A ton of specialty coated paper does not carry the same selling price or margin as a ton of commodity containerboard. Analysts should keep volume, price, and mix separate whenever possible.

Capacity utilization is also not a universal break-even gauge. Two companies at the same utilization rate may have different energy contracts, machine speeds, labor agreements, debt loads, and product margins. The series is best used as a national operating-temperature indicator. It shows whether the industry's installed base is working harder or has more slack than it did before.

For equipment sellers, a decline can still create opportunity. Mills under margin pressure may approve projects with short payback in energy, fiber yield, uptime, or staffing. A rising market can support expansion projects, but it can also make plants reluctant to schedule downtime. The right message depends on the operating problem, not just the direction of the index.

4. Fiber, Recycling, Waste, and Energy Data

Recovered paper is both an environmental metric and a feedstock issue. EPA's paper and paperboard material data reports generation, recycling, combustion with energy recovery, and landfilling inside municipal solid waste. The agency estimates 67.4 million tons of paper and paperboard were generated in 2018. It also reports 46.0 million tons recycled, equal to a 68.2% recycling rate. EPA estimated 4.2 million tons combusted and 17.2 million tons landfilled that year.

Those EPA values describe municipal solid waste, not total mill production and not every industrial fiber stream. They are still useful because they show the scale of recovered material available to mills and the amount lost from the recycling loop. Analysts should preserve the year and definition when citing them. Labeling the 68.2% figure as a 2026 recycling rate would be wrong.

The EIA Manufacturing Energy Consumption Survey is the primary federal source for purchased electricity, fuel use, onsite generation, and energy expenditures by manufacturing subsector. Its 2022 tables let researchers compare paper with chemicals, food, primary metals, and petroleum refining. Paper mills use thermal energy for pulping and drying, plus electricity for drives, pumps, fans, vacuum systems, refiners, and material handling.

The U.S. Forest Service forest products statistics add production, consumption, trade, and historical context for pulp and paper. The USITC DataWeb is the source to use for current imports and exports by Harmonized Tariff Schedule code. Trade values should be filtered carefully because finished packaging, pulp, recovered paper, and paper articles do not map neatly to one broad label.

In mill operations, used paper is one source of cellulose fibers and virgin fiber is another. Both are raw materials, and their cost, cleanliness, moisture, and availability affect production. NAICS 3221 covers pulp, paper, and paperboard mills within the broader sector. Sustainability reporting may also track water, energy, greenhouse gas emission, recovery, and fiber sourcing. These economic and environmental measures need separate definitions. A market forecast should state its assumptions instead of presenting a projected number as observed fact. For a fixed historical reference, the Federal Reserve reported the paper production index at 82.0040 in July 2025.

5. Paper Industry Market Structure and Buyer Implications

Paper demand is not one cycle. Printing and writing grades face different pressure than containerboard, tissue, food packaging, labels, or specialty release papers. E-commerce can support corrugated demand while weakness in office printing pulls another grade down. Plastic substitution may hurt one product and fiber-based packaging mandates may help another. Any market-size claim should name the grade, geography, year, and measure.

For manufacturers selling into the sector, the most useful public signals are employment, production, utilization, capital spending, electricity and fuel use, and establishment location. Pair those with company-level mill maps. A national average cannot tell you whether a specific plant is integrated, recycled-fiber based, unionized, energy self-generating, or scheduled for conversion to a different grade.

The American Forest & Paper Association statistics library publishes industry reports on paper, paperboard, containerboard, packaging, recovered paper, and capacity. Some detailed reports require purchase or member access, while public releases provide timely directional context. Federal sources remain better for reproducible long-run comparisons because their methodology and series identifiers are public.

A sensible sales territory model starts with Census establishment counts and BLS employment, then adds mill and converter locations. Weight plants by fit rather than employee count alone. A small specialty converter may be a better buyer for a targeted coating, inspection, or automation product than a much larger integrated mill with an approved-vendor system you cannot enter.

Questions this dataset can answer

The time series help answer whether industry headcount, output, pay, and operating intensity are moving together. Rising output with stable employment can suggest productivity gains. Falling production with steady employment may signal labor retention ahead of expected demand, fixed staffing needs, or delayed workforce adjustment. Rising earnings can point to competition for skilled labor even when total employment barely moves.

The dataset cannot explain causation by itself. Interviews, earnings calls, plant announcements, and regional data are needed to explain why a line moved. Treat these statistics as an evidence base and a way to test a market story, not as a substitute for plant-level research.

Economic development teams can use the same framework when evaluating a mill expansion or closure. Start with the plant's exact product and process, then map its direct workforce, power and water needs, rail and truck access, recovered-fiber radius, timber supply, and downstream customers. Review quarterly company disclosures alongside monthly public data. Corrugated boxes, tissue and hygiene products, and specialty papers do not share one demand curve. Regional resilience, competitiveness, and plant profitability depend on the local mix. Harvested wood and recovered fiber also have different logistics and ecological questions. A sound analysis keeps those variables visible instead of forcing every facility into a national average.

6. Methodology and Update Notes

Monthly employment and earnings come from BLS CES series CES3232200001 and CES3232200008. Production and capacity use come from Federal Reserve series IPG322S and CAPUTLG322S, accessed through FRED. Values are shown with their published precision so another researcher can reproduce the table. The latest BLS observation available during the September 10 update was August 2026. The latest Federal Reserve observation used was July 2026.

The count of more than 90 data points includes monthly table cells and separately stated EPA material-flow measures. It does not count headings, definitions, links, or repeated narrative mentions as new statistics. Agency revisions may cause a later download to differ. When accuracy matters, follow the linked series and record the retrieval date.

Seasonally adjusted and unadjusted series should not be mixed in one growth calculation. Index levels are not percentages and should not be described as tons. Capacity utilization is a percentage, but it is an estimate of sustainable capacity, not a physical nameplate rating for every mill. These distinctions prevent most errors seen in recycled market summaries.

Frequently Asked Questions

How large is the U.S. paper manufacturing workforce?

The BLS CES employment series reported 355,700 jobs in August 2026 for the U.S. paper manufacturing industry. That series covers NAICS 322. It does not include logging, forestry, printing, or every job supported indirectly by the pulp and paper industry.

What is included in pulp and paper mills?

Pulp and paper mills sit in the upstream part of NAICS 322. The broader manufacturing sector also includes converted paper products. Those facilities turn paper and paperboard into boxes, cartons, bags, coated sheets, sanitary products, and other finished goods. Researchers studying production of paper and paperboard should check the exact NAICS level before combining records.

How much paper is recycled in the United States?

EPA's latest material-specific municipal waste page reports 46.0 million tons of paper and paperboard recycled in 2018, a 68.2% recycling rate. Recycled paper used as mill feedstock and municipal recovery are related measures, but they are not interchangeable with total paper consumption.

Is packaging paper growing while office paper declines?

The category-level story is more useful than one industry total. E-commerce, foodservice, retail packaging, plastic substitution, advertising mail, tissue demand, and office printing affect grades differently. AF&PA's industry statistics separate several product categories, while Federal Reserve output covers the broader industry. A defensible comparison should use the same years, geography, and unit for each grade.

What changed between 2023, 2024, and 2026?

The monthly tables provide the current 2025 and 2026 view. For annual 2023 and 2024 comparisons, download the full history from the linked BLS and Federal Reserve series because revisions can change previously published values. The key statistics here use the newest observations available on September 10, 2026. They should not be mixed with an older market report unless both sources use the same definition.

Where can I find paper imports and exports?

Use USITC DataWeb for official U.S. trade values and quantities. Select Harmonized Tariff Schedule codes that match pulp, recovered fiber, newsprint, paperboard, or finished paper articles. Broad searches can double count the value chain. Save the code list, trade flow, partner, time period, and date accessed with your result.

How should these paper manufacturing statistics be cited?

For academic or client work, cite the original agency beside the specific figure. This resource is a curated guide to the manufacturing of paper, not the original publisher of the federal series. You can also cite this page for the organization, explanations, and collection date using the suggested format below.

7. Cite This Resource

Sources

1. BLS, Paper Manufacturing: NAICS 322
2. BLS CES, paper manufacturing employment
3. BLS CES, paper manufacturing hourly earnings
4. Federal Reserve, industrial production: paper
5. Federal Reserve, capacity utilization: paper
6. Census Bureau, 2022 Economic Census, Manufacturing
7. Census Bureau, Annual Survey of Manufactures
8. EPA, facts and figures about materials, waste and recycling
9. EIA, 2022 Manufacturing Energy Consumption Survey
10. US Forest Service, forest products statistics
11. USITC DataWeb
12. AF&PA, industry data and statistics