Last updated: September 8, 2026

85+ Plastics Manufacturing Statistics for 2026

Plastics manufacturing is much bigger than resin pellets and consumer packaging. It includes film extrusion, injection molding, blow molding, pipe, foam, sheet, profiles, industrial components and rubber products. This data report puts the sector's employment, output, plant structure, trade, waste and safety numbers in one place.

Every numerical claim links to the agency or organization that publishes the underlying data. Figures can change as agencies revise monthly series, so use the linked source when a current procurement, investment or policy decision depends on the last decimal place.

Plastics manufacturing industry definition

Federal data usually groups plastics and rubber products under NAICS 326. That matters because a headline about “plastics employment” may include tire plants and rubber hose producers unless the table uses the narrower NAICS 3261 definition. The 2022 NAICS structure separates plastics product manufacturing, NAICS 3261, from rubber product manufacturing, NAICS 3262.

The distinction also affects market sizing. A resin producer is generally counted in chemical manufacturing, NAICS 325, while a converter that molds the resin into a finished part is counted in NAICS 3261. Machinery builders, moldmakers and recyclers can sit in still other codes. The Census Economic Census guidance is the right starting point before combining totals.

Employment statistics and the 2024 to 2026 trend

The BLS Current Employment Statistics series CEU3232600001 counted 727,500 jobs in January 2024 and a preliminary 692,600 in August 2026. That is a net reduction of 34,900 positions, or 4.8%, across plastics and rubber products manufacturing. Monthly figures are not seasonally adjusted, so year-over-year comparisons are more useful than comparing winter with summer.

Employment is only one measure of demand. A plant can increase output while reducing headcount through faster presses, lights-out material handling, vision inspection and better scheduling. Pair the jobs series with the Federal Reserve production index for plastics products before treating a payroll decline as an equal decline in physical volume.

For local market work, the national total is less useful than establishment data. County Business Patterns publishes establishments, employment and annual payroll by geography and NAICS. That makes it possible to map clusters of molders or extruders and distinguish a state with many small shops from one dominated by a few large plants.

Output, shipments and capacity

Three federal programs answer different questions. The Annual Survey of Manufactures measures shipments, materials, payroll, capital spending and value added. The Federal Reserve G.17 release tracks monthly industrial production and capacity utilization. The BEA GDP by Industry accounts measure value added rather than gross sales.

Those measures should not be substituted for one another. Shipments include the value of purchased resin and other intermediate inputs. Value added removes purchased inputs and better reflects the sector's direct contribution to GDP. The production index tracks real output over time, not dollars. Capacity utilization estimates how much of practical production capability is being used.

For a salesperson, a rising production index can signal demand for tooling, maintenance, automation and consumables even when inflation-adjusted shipment dollars are flat. For a site selector, capital expenditures and payroll from the ASM can expose regions where plants are actively investing. For an economist, BEA value added avoids double counting resin, compounds and finished plastic products in the same supply chain.

Plastics waste and recycling statistics

The EPA estimated that the United States generated 35.7 million tons of plastics in municipal solid waste during 2018. Plastics represented 12.2% of total municipal waste generation. About 3.09 million tons were recycled, producing an 8.7% recycling rate. These numbers come from the EPA's plastics material-specific data page.

The same EPA source reports 5.6 million tons of plastics were combusted with energy recovery in 2018, equal to 16.3% of plastics generated. Landfills received 27 million tons, or 18.5% of all municipal solid waste landfilled. Plastic containers and packaging generated 14.5 million tons, roughly 5% of all municipal waste generation.

Within containers and packaging, PET bottles and jars had a 29.1% recycling rate, while natural HDPE bottles had a 29.3% rate, according to the same EPA dataset. Other plastic containers and packaging were recycled at 2.7%. Plastic bags, sacks and wraps were recycled at 10%. Those category gaps show why a single national plastics recycling rate can hide major differences in collection, sorting and end-market economics.

EPA cautions that its municipal waste figures do not cover every industrial plastic stream. Production scrap recovered inside a factory, construction plastics and some durable goods can sit outside the municipal stream. Buyers should state the boundary when comparing recycled content, post-industrial scrap recovery and consumer packaging diversion.

Trade and supply-chain data

Plastics trade can be measured at the resin, intermediate sheet and film, or finished-product level. The USITC DataWeb lets researchers query imports, exports, customs value, quantity, country and tariff program by Harmonized Tariff Schedule code. Census USA Trade Online provides official merchandise trade tables and state export views.

Avoid presenting all Chapter 39 trade as domestic plastics manufacturing output. The chapter includes primary forms, semi-finished materials and finished articles. It also omits plastic content embedded in vehicles, medical devices, appliances and electronics. A useful trade comparison holds the code list constant, names the valuation basis and shows whether figures are nominal or inflation adjusted.

Energy, safety and plant operations

Electric motors, heaters, chillers, compressed air, dryers and material conveying make energy a plant-level cost driver. The EIA Manufacturing Energy Consumption Survey publishes fuel consumption, electricity use, end uses and energy-management practices by manufacturing industry. Its survey basis differs from utility billing data, but it is a consistent federal benchmark.

Plastics plants also combine hot surfaces, high-pressure equipment, stored energy, moving machinery and chemical additives. OSHA's plastics industry page identifies hazards and applicable standards, while the BLS Injuries, Illnesses and Fatalities program provides recordable-case and days-away-from-work data. Rate comparisons need the same NAICS level and incidence-rate definition.

Global plastic production and demand

The plastic industry in the United States operates inside a global market for resin, additives, machinery and finished goods. The OECD's Global Plastics Outlook estimated that annual global plastic production rose from 234 million tonnes in 2000 to 460 million tonnes in 2019. Plastic waste more than doubled over that period, reaching 353 million tonnes. Those figures cover plastic materials across their life cycle, so they are broader than U.S. factory output.

The same OECD analysis estimated that only 9% of plastic waste was ultimately recycled in 2019. Another 19% was incinerated, almost 50% went to sanitary landfills and the remaining 22% was disposed of in uncontrolled dumpsites, burned in open pits or leaked into the environment. OECD estimated 6.1 million tonnes leaked into aquatic environments, including 1.7 million tonnes flowing into the ocean.

These global numbers should not be mixed directly with the EPA's municipal solid waste data. EPA reports short tons and a U.S. municipal boundary. OECD reports metric tonnes and models plastic use across countries and applications. Both datasets show why plastic pollution, recycling capacity and product design now affect procurement decisions in the resin manufacturing industry and among converters.

Packaging has a shorter service life than building products, automotive components or industrial equipment. A large amount of plastic placed into packaging becomes waste in the same year, while durable plastic products can remain in service for decades. This timing difference matters when analysts compare plastics production with annual discards.

Plastic bottles, packaging and durable goods

Plastic bottles are visible, but production of plastic reaches nearly every manufacturing supply chain. Film protects food and medical products. Engineering polymers replace metal in vehicles and machinery. Pipe carries water and gas. Foams insulate buildings and protect shipments. The economic value per pound differs sharply across those uses, which is why tonnage alone cannot rank the value of end markets.

Data years also differ. Detailed EPA material tables still center on 2018, the OECD global baseline is 2019, the latest Economic Census reference year is 2022, and BLS employment runs through 2026. A responsible 2026 report labels each reference year rather than describing every figure as a 2025 or 2026 measurement. The 2021 and 2023 releases from individual agencies may also contain revisions to earlier observations.

How to use these statistics

A market estimate works best when it combines establishment counts, plant employment and process clues. County Business Patterns can locate facilities. Economic Census product data can show what those plants make. Import data can reveal exposure to overseas suppliers. Production indexes can show whether current activity is expanding or contracting.

For lead generation, segment by process rather than treating every plastics company alike. An injection molder buying robots and molds has different pain points from a film converter buying web handling and inspection equipment. A pipe extruder cares about line speed, resin consistency and freight. A medical molder cares about validation, cleanrooms and traceability. NAICS is the first filter, not the final account list.

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Cite this resource

Sources

1. BLS Industries at a Glance, plastics and rubber products
2. BLS CES employment series CEU3232600001
3. Census Annual Survey of Manufactures
4. Census County Business Patterns
5. Census Economic Census, Manufacturing
6. Federal Reserve G.17 Industrial Production
7. FRED plastics product manufacturing production index
8. U.S. International Trade Commission DataWeb
9. EPA Facts and Figures about Materials, Waste and Recycling
10. EPA National Overview of Materials and Waste
11. EIA Manufacturing Energy Consumption Survey
12. BLS Injuries, Illnesses and Fatalities
13. OSHA Plastics Industry Safety and Health Topics
14. BEA GDP by Industry
15. Census USA Trade Online
16. NAICS Association, 326 plastics and rubber products