Challenges Facing the Plastic Food Tray Industry
author: Iris
2026-01-06
I. Introduction
Disposable plastic food trays, a crucial packaging material in the U.S. food service industry, are facing unprecedented challenges. With increasing environmental awareness, stricter regulations, and shifting consumer preferences, their market position is undergoing a fundamental transformation. Over the past two decades, U.S. plastic production and waste have doubled, severely polluting the marine environment and threatening community air quality and public health. Against this backdrop, the industry needs to address stringent federal and state environmental regulations, meet corporate ESG requirements, withstand competition from alternative materials, and adapt to consumer demand for sustainable packaging.
Currently, approximately one-third of U.S. states plan to take regulatory action on food contact chemicals, materials, and products by 2025, including phasing out PFAS in packaging and cookware, banning polystyrene foam and other single-use food service plastics, and implementing extended producer responsibility (EPR) laws covering packaging. Simultaneously, consumer concern for environmentally friendly packaging continues to rise, with 80% of U.S. voters supporting policies to reduce single-use plastic foam and 85% supporting increased use of reusable packaging and tableware. These changes are reshaping the industry landscape, forcing companies to find a new balance between compliance, cost, and market competitiveness. This article will analyze the challenges facing disposable plastic food trays in the U.S. market from five dimensions: policy and regulatory restrictions, environmental requirements pressure, market competition, raw material supply and cost fluctuations, and changing consumer preferences, and explore their specific impact on various links of the industry chain.
II. Market Competition: The Rapid Rise of Alternative Materials
2.1 Diversified Competitive Landscape of Alternative Materials
The disposable plastic food tray market is facing fierce competition from a variety of alternative materials, forming a diversified market landscape. Paper food trays for parties, as the main alternative, are experiencing rapid market penetration. According to the American Packaging Association (APA) 2024 Annual Report on the Sustainable Packaging Market, the penetration rate of paper plastic food trays in the overall plastic food tray market in North America has increased from 6.8% in 2020 to 11.3% in 2023, and is expected to reach 14.7% in 2025, with high strength and moisture resistance becoming core technical indicators influencing purchasing decisions.
Biodegradable materials are showing strong growth momentum. Market forecast models indicate that the global plastic food tray market will exceed US$5.6 billion by 2025, with biodegradable products contributing US$1.48 billion. Following the implementation of the new "plastic ban" in 2025, traditional foamed plastic tableware will be completely phased out of the market. Food-grade polypropylene (PP) food trays for parties that meet national standards have already achieved a penetration rate of 76%, and the application of biodegradable materials has surpassed 18%.
Other alternative materials have also made breakthroughs in specific areas. In the food compartment plastic food tray market, material types include plastic (polypropylene, PET), cardboard, sugarcane bagasse, molded fiber, and aluminum. plastic food trays (especially polypropylene and PET) dominate due to their durability and heat resistance, and remain popular in commercial food service and institutional settings. However, with the growing demand for environmentally friendly options, the molded fiber and sugarcane bagasse segments are experiencing strong growth, as these materials are compostable and meet evolving regulatory standards.
2.2 Market Size Changes and Growth Trends
The overall US plastic food tray market is growing, but the structure is undergoing fundamental changes. IMARC Group expects the US plastic food tray market to reach 2.94 billion units by 2033, with a compound annual growth rate (CAGR) of 2.95% during 2025-2033; the North American plastic food tray market was valued at US$27.333 billion in 2024 and is expected to grow at a CAGR of 5.00% during 2025-2034.
The disposable food packaging market is experiencing significant growth, driven primarily by alternative materials. In 2024, the disposable food packaging market was valued at US$65.625 billion and is expected to reach US$120.57 billion by 2032; the food compartment food trays for parties market was valued at US$2.665 billion in 2024 and is expected to reach US$5.589 billion by 2032, with a CAGR of 9.7% during 2024-2032.
The market share of biodegradable and sustainable materials is increasing rapidly. The global plastic food container market is expected to reach $50 billion by 2025, while paper food containers, favored for their environmental advantages, are projected to reach a market size of $15 billion by 2025, with an annual growth rate of 10%. The biodegradable food container market is growing rapidly, expected to reach $10 billion by 2025, with an annual growth rate exceeding 15%. By then, the market share of biodegradable and paper food containers is expected to increase to 10% and 20%, respectively.
2.3 Dual Impact of the Takeaway Industry's Development on Plastic Food Tray Demand
The rapid development of the takeaway industry presents significant opportunities for the disposable plastic food tray market while also exacerbating environmental pressure. By 2025, the takeaway business is expected to account for approximately 60% of total food service revenue in the United States, driving demand for innovative packaging that can maintain food quality during transportation. In 2024, the food service disposable products market is expected to reach approximately 1.2 million tons, growing to 1.8 million tons by 2034, with a CAGR of 4.2%.
The growth of the takeaway industry directly drives a surge in plastic food tray demand. Market research data shows that the takeaway industry penetration rate increased from 19.6% to 34.7%, directly driving an 82% increase in demand for disposable food containers; in 2022, the number of takeaway orders in the United States increased by 19% year-on-year, leading to a surge in demand for food packaging. This, coupled with the increase in the application rate of biodegradable materials from 17% in 2020 to 34% in 2023, has driven the market value to maintain a compound annual growth rate of 5.2%.
However, the development of the takeaway industry has also exacerbated the problem of plastic pollution, thus driving the demand for alternative materials. Consumer lifestyles are shifting towards convenience-centered eating habits, leading to increased consumption of ready-to-eat (RTE) and takeaway foods. The food compartment plastic food tray market supports this trend by providing packaging that maintains food quality and separates items during transportation, helping restaurants, food service providers, and delivery platforms maintain food presentation and reduce spills. Chinese food party tray with sealed compartments not only enhances the consumer experience but also meets the growing expectations for product integrity.
2.4 Price Competition and Cost Pressure
The price disadvantage of alternative materials remains a major obstacle to their large-scale adoption. The high cost of sustainable materials and limited composting infrastructure hinder their application in cost-sensitive markets. Bio-based packaging materials are 20-30% more expensive than traditional materials; however, 43% of consumers are willing to pay extra for sustainable packaging, which somewhat alleviates the price pressure.
Cost pressure mainly manifests in three aspects: first, material costs, as the production costs of biodegradable and paper-based materials are generally higher than traditional plastics; second, conversion costs, as companies need to invest in new production equipment and processes to adapt to new materials; and third, certification costs, as sustainable materials require various environmental certifications, and the certification process is complex and expensive.
Despite the cost disadvantage, the push from environmental regulations is changing the price competition landscape. As more states implement plastic bans and EPR (Extended Producer Responsibility) systems, the compliance costs of traditional plastic food trays have increased significantly, narrowing the price gap with alternative materials to some extent. At the same time, consumers' increased willingness to pay for environmentally friendly products also provides market space for high-cost sustainable materials.
2.5 Strategic Layout of Major Competitors
The competitive landscape of the disposable Chinese food party tray market is being reshaped. Traditional plastic companies face dual competition from new material companies and traditional packaging companies. The strategic layout of major competitors is as follows:
- Transformation of traditional packaging giants: Traditional packaging companies such as Amcor, Anchor Packaging, and Be Green Packaging are accelerating their transition to sustainable materials. Leveraging their advantages in technology research and development, production scale, and distribution networks, they have launched a variety of biodegradable and recyclable plastic food tray products. For example, Amcor launched its first more sustainable shrink bag for turkey packaging in June 2025; Anchor Packaging launched its Culinary Tamper Safe™ container in September 2024 and won the gold award in the Hot New Products packaging category.
- The rise of specialized biodegradable material companies: Companies specializing in the production of biodegradable disposable containers, such as Bio Cup, are rapidly entering the US market. In December 2024, Bio Cup, a long-established Mexican company and a professional manufacturer of biodegradable disposable containers, entered the US market with the support of the Mile One incubator program. The company founder stated, "In response to regulations from the local government in Michoacán, Mexico, we conducted an investigation and began taking steps to adapt to the regulatory requirements for environmentally friendly containers."
- Innovation in emerging technology companies: In April 2025, Novolex completed the acquisition of Pactiv Evergreen, forming a leading company in the food, beverage, and specialty packaging industry. Such mergers and acquisitions reflect the trend of industry consolidation, where large companies acquire new technologies and market share to enhance their competitive advantage.
- Differentiated competition among regional manufacturers: Regional manufacturers compete with local buyers by offering cost-effective solutions and fast fulfillment services. These companies typically focus on specific geographic regions or market segments, leveraging localized production and services to reduce costs and improve responsiveness.
III. Raw Material Supply and Cost Fluctuations: Price Volatility and Supply Chain Challenges
3.1 Direct Impact of Oil Price Fluctuations on Plastic Raw Material Costs
The dramatic fluctuations in oil prices are a key factor affecting the cost of disposable plastic food trays. Plastic raw materials are petrochemical intermediate products, and their prices are highly positively correlated with crude oil prices. When crude oil supply and demand are loose (such as increased production by OPEC+) or when expectations of economic recession suppress demand, falling oil prices directly weaken the cost support for plastic raw materials, leading to a decline in their prices.
The oil market in 2025 showed significant price volatility. The sharp drop in oil prices in the first half of the year had a positive impact on plastic costs. As of April 4, 2025, the June Brent crude oil price was $65.58/barrel, a decrease of 11.96% compared to April 1 (before the tariff announcement). The decline in crude oil prices led to a decrease in the cost of oil-based PP (polypropylene), restoring the profitability of oil-based PP production, which may in turn drive up the operating rate of oil-based PP plants. However, the rebound in oil prices in the second half of the year brought new cost pressures. The WTI crude oil futures contract fell below $70/barrel to $68.93, and Brent crude oil fell to $73.02/barrel, weakening the cost support for plastics. Affected by crude oil prices, the prices of chemical raw materials such as styrene and propylene also declined. For example, the styrene futures contract fell by 54 yuan/ton to 8428 yuan/ton, further compressing plastic production costs.
In addition, the expected energy policies of the Trump administration exacerbated oil price volatility. Citibank expects the average price of Brent crude oil in 2025 to be $60/barrel, a 21% decrease from $75.76/barrel in 2024. The Trump administration's pro-drilling policies are expected to suppress crude oil prices in 2025, and its influence on OPEC+ may prompt the organization to reduce production cuts faster. At the same time, the Trump administration's policies may benefit related industries through tax incentives for capital investment in exploration and production, and by reversing measures implemented during the Biden era, such as increases in federal land royalties, minimum bidding costs, and lease rates.
3.2 Supply Chain Disruptions and Raw Material Availability Challenges
The US plastics raw material supply chain faces multiple challenges, impacting not only the availability of raw materials but also exacerbating price volatility. In the third quarter of 2025, the price of high-density polyethylene (HDPE) in the US was $1200/ton. This price decline reflects weak downstream demand in packaging and construction, and also stems from lower ethylene costs, leading to weaker cost support. Currently, domestic supply is sufficient, but inventory accumulation is dampening companies' willingness to restock.
Changes in trade policies have a profound impact on the supply chain. The US imposes tariffs of 10.0-25.0% on plastic resins and petrochemical raw materials imported from China and the Middle East, which will increase raw material costs by up to 20%. This increased cost puts pressure on corporate profits, forcing manufacturers to explore alternative procurement strategies. Many manufacturers are shifting production to regions outside of China to circumvent US tariffs on Chinese products, which has driven demand for recycled plastics in Southeast Asia.
The complexity and uncertainty of the supply chain increase operational risks for businesses. The US plastics raw material supply relies on the global market, and any supply disruption in any region can affect prices and availability in the US market. For example, extreme weather at the beginning of 2025 affected petrochemical production in Louisiana and Texas, limiting supply and driving up prices.
3.3 Soaring Prices and Quality Challenges of Recycled Plastic Raw Materials
The price of recycled plastic raw materials is experiencing unprecedented increases, placing significant cost pressure on companies that rely on recycled materials. According to Platts data, the spot price of recycled natural HDPE bales surged by 64 cents/pound year-on-year, with an assessed price of 96 cents/pound on March 11, 2025. The price increase for post-consumer recycled materials is particularly significant. The national average price of post-consumer natural HDPE from curbside collection programs increased by 24%, currently averaging 82.38 cents/pound, compared to only 28.50 cents/pound in the same period last year; the national average price of post-consumer PET beverage bottles and cans also increased this month, now averaging 16.44 cents/pound, compared to 15.41 cents/pound last month. Regional contract prices have once again entered the 17-19 cents/pound range, while the average transaction price for this grade a year ago was 11.47 cents/pound.
The increase in recycled material prices is due to a variety of factors. Since November 2024, prices have risen by double digits to an average of $0.70/pound, primarily due to: increased demand driven by higher recycled content requirements; new buyers entering the market and intensifying competition; large market players actively procuring materials to gain an advantage, squeezing out smaller buyers; and tight supply due to lower sales volumes.
Quality issues with recycled materials are also becoming increasingly prominent. The scarcity of natural HDPE has driven recycled resin prices to 96 cents/pound in March 2025, posing challenges for bottle-to-bottle projects. Plastic processors in the US packaging market face the dual pressure of carbon accounting requirements and the risk of resin oversupply. Recycled plastics from different sources vary significantly in purity, color, and performance, making it difficult to meet the strict standards for food contact materials, which increases the difficulty and cost of quality control.
3.4 Regional Differences in Raw Material Costs and Trade Impacts
There are significant differences in plastic raw material costs across different regions of the United States, primarily determined by transportation costs, local supply conditions, and trade policies. In the third quarter of 2025, the price of HDPE was $1200/ton in the US, $1110/ton in China, $1028/ton in Germany, $1328/ton in the UK, and $1030/ton in Brazil.
Trade policies are having an increasingly significant impact on raw material costs. The Trump administration's tariff policies not only affected the cost of imported raw materials but also altered the global supply chain landscape. Many companies adjusted their procurement strategies to circumvent tariffs, leading to supply and demand imbalances and price volatility in regional markets.
International trade in recyclable materials is also changing. Affected by raw material challenges, global trade flows of recycled polymers are shifting, with US exports of recycled materials being restricted while import demand is increasing. This change in trade patterns makes it more difficult for companies to secure a stable supply of recycled materials.
3.5 Impact of Raw Material Costs on Corporate Profitability
Fluctuations in raw material costs have a serious impact on the profitability of companies producing single-use Chinese food party trays. Companies must not only cope with fluctuations in the price of virgin plastic raw materials but also bear the pressure of rising prices for recyclable materials. More importantly, as environmental regulations tighten, companies are required to use more recycled materials, further exacerbating cost pressures.
To address these cost challenges, companies have adopted several strategies:
- Technological innovation to reduce material usage: Companies are improving product designs to reduce material usage while maintaining functionality, such as developing lighter and thinner pallet designs and using air-filling technology to reduce plastic consumption.
- Finding alternative suppliers: Faced with high tariffs on imported raw materials, companies are actively seeking domestic suppliers or suppliers from countries without tariffs to reduce raw material costs.
- Increasing the utilization rate of recycled materials: Companies are investing in recycling technologies to improve the quality and utilization rate of recycled materials, reducing reliance on expensive external recycled materials.
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