By 2025, EU rules will require at least 55% recycled plastic for certain packaging categories, tightening the feedback loop between regulation, recycling performance, and packaging film demand. At the same time, the global flexible packaging market is projected to reach about $295 billion by 2030 while plastics demand is expected to double by 2060, and film remains central to both the growth story and the sustainability pressure. Let’s map how energy costs, resin pricing swings, barrier and high-clarity film performance, and producer responsibility fees all show up in the figures.
Key Takeaways
- The global flexible packaging market is projected to reach about $295 billion by 2030, with packaging film as a core input for flexible formats
- Europe accounted for roughly 30% of global packaging films market value in 2023, underpinned by high adoption of flexible packaging formats
- The U.S. produced about 37.4 billion pounds of plastic packaging waste in 2018 (latest national estimate in EPA studies), including film
- 78% of packaging executives in a 2023 survey said they would use more recycled content in packaging within 3 years, directly relevant to recycled packaging film demand
- By 2025, companies placed on the EU market must ensure that packaging placed on the market contains at least 55% recycled plastic for certain packaging categories (EU rules apply as specified by directive/regulation schedules)
- In 2022, 60.7% of municipal waste in the EU was landfilled, recycled, or recovered in line with circular targets; plastic packaging film outcomes depend on collection and sorting performance
- The EU’s packaging waste directive set a target that packaging waste should be reduced and recycled, including plastic packaging film flows under producer responsibility
- The global demand for sustainable packaging alternatives grew by about 6–8% in 2023, pulling film producers toward recycling-friendly structures
- Electrified and energy-efficient extrusion/converting upgrades have been adopted across leading plants; published case studies report energy reductions commonly in the 10–20% range
- In a 2023 IEA analysis, plastics demand is projected to double by 2060, with packaging expected to remain the largest sector—driving long-term packaging film demand
- Europe contributed about 16% of global plastics demand in 2022 (IEA regional split), including polymer inputs for film
- In food packaging applications, flexible formats including film account for more than half of packaging materials by consumption in major developed markets, indicating large film tonnage
- EVOH/barrier films can reduce oxygen transmission rates to the order of 10^-3 to 10^-2 cc/m²/day depending on structure, enabling longer shelf life in food packaging
- High-clarity cast films can improve visibility of packaged goods, with haze values often below 10% for optical-grade packaging films (structure-dependent)
- Low-density polyethylene film structures are commonly measured with tensile strengths in the range of ~10–35 MPa depending on formulation and gauge, relevant to mechanical performance specifications
Rising recycled content rules and plastic demand growth are boosting long term packaging film market opportunities.
Related reading
01 · Category
Market Size3 stats
01
The global flexible packaging market is projected to reach about $295 billion by 2030, with packaging film as a core input for flexible formats
02
Europe accounted for roughly 30% of global packaging films market value in 2023, underpinned by high adoption of flexible packaging formats
03
The U.S. produced about 37.4 billion pounds of plastic packaging waste in 2018 (latest national estimate in EPA studies), including film
Interpretation
Market Size Interpretation
The market size outlook is strong, with the global flexible packaging market projected to reach about $295 billion by 2030 and Europe representing around 30% of packaging film value in 2023, showing sustained demand for packaging films even as the U.S. generated 37.4 billion pounds of plastic packaging waste in 2018.
02 · Category
Sustainability & Compliance5 stats
01
78% of packaging executives in a 2023 survey said they would use more recycled content in packaging within 3 years, directly relevant to recycled packaging film demand
02
By 2025, companies placed on the EU market must ensure that packaging placed on the market contains at least 55% recycled plastic for certain packaging categories (EU rules apply as specified by directive/regulation schedules)
03
In 2022, 60.7% of municipal waste in the EU was landfilled, recycled, or recovered in line with circular targets; plastic packaging film outcomes depend on collection and sorting performance
04
The EU’s SUP Directive bans single-use plastic items in specific product categories from 2021, which influences market demand for reusable or alternative flexible packaging where applicable
05
U.S. EPA estimates that in 2018, plastics made up 13.8% of municipal solid waste by weight, including packaging films
Interpretation
Sustainability & Compliance Interpretation
With EU rules requiring at least 55% recycled plastic in certain packaging categories by 2025 and 78% of executives planning to increase recycled content within three years, sustainability and compliance are quickly turning recycled packaging film into a mainstream demand driver rather than a long-term goal.
03 · Category
Industry Trends3 stats
01
The EU’s packaging waste directive set a target that packaging waste should be reduced and recycled, including plastic packaging film flows under producer responsibility
02
The global demand for sustainable packaging alternatives grew by about 6–8% in 2023, pulling film producers toward recycling-friendly structures
03
Electrified and energy-efficient extrusion/converting upgrades have been adopted across leading plants; published case studies report energy reductions commonly in the 10–20% range
Interpretation
Industry Trends Interpretation
Across industry trends, EU packaging-waste targets and the 6–8% 2023 surge in sustainable demand are pushing film producers toward recycling-friendly structures while electrified, energy-efficient upgrades deliver reported 10–20% energy reductions.
More related reading
04 · Category
Material Demand5 stats
01
In a 2023 IEA analysis, plastics demand is projected to double by 2060, with packaging expected to remain the largest sector—driving long-term packaging film demand
02
Europe contributed about 16% of global plastics demand in 2022 (IEA regional split), including polymer inputs for film
03
In food packaging applications, flexible formats including film account for more than half of packaging materials by consumption in major developed markets, indicating large film tonnage
04
In 2020, plastic packaging accounted for approximately 40% of total plastic demand in selected OECD markets, including packaging film
05
In 2021, global polypropylene capacity continued expanding, underpinning continued production of PP films used in packaging and industrial applications
Interpretation
Material Demand Interpretation
Material demand for packaging film is poised for strong long term growth as IEA projects plastics demand will double by 2060, with packaging expected to stay the largest sector and flexible film already making up over half of packaging material consumption in major developed food packaging markets.
05 · Category
Technology & Performance9 stats
01
EVOH/barrier films can reduce oxygen transmission rates to the order of 10^-3 to 10^-2 cc/m²/day depending on structure, enabling longer shelf life in food packaging
02
High-clarity cast films can improve visibility of packaged goods, with haze values often below 10% for optical-grade packaging films (structure-dependent)
03
Low-density polyethylene film structures are commonly measured with tensile strengths in the range of ~10–35 MPa depending on formulation and gauge, relevant to mechanical performance specifications
04
ATR-FTIR can identify polymer composition in minutes for multilayer films, with reported detection/identification accuracy above 90% in polymer blend and film classification studies
05
DSC characterization can detect melting transitions in polymer films at temperatures with resolution sufficient to distinguish grades; reported melting peak differences of a few °C are used for classification in published film studies
06
Advanced solvent-free water-based inks can reduce VOC emissions versus conventional solvent-based inks, with VOC reduction typically reported at 70–95% in packaging ink comparisons
07
Corona treatment typically improves film surface energy by tens of mN/m (often ~+10 to +40 mN/m), improving adhesion for printing/coating
08
E-beam or UV curing can reduce coating/adhesive cure times from hours to seconds, depending on process and formulation, enabling faster film converting
09
Real-time inline web inspection systems can detect defects at production speeds using vision algorithms, with reported detection rates above 95% for specific defect classes in peer-reviewed validation studies
Interpretation
Technology & Performance Interpretation
Technology and performance gains in packaging films are increasingly measurable, with barrier oxygen transmission dropping to as low as 10^-3 to 10^-2 cc/m²/day while advances like corona treatment boosting surface energy by about 10 to 40 mN/m and inline inspection achieving over 95% detection for key defect types help films run faster, print better, and last longer.
06 · Category
Pricing & Economics7 stats
01
In 2022, the global polymer resin and plastic film supply chain was heavily influenced by energy costs; natural gas prices in Europe exceeded 100 €/MWh at peak periods affecting film production costs
02
In the U.S., plastic film resin pricing closely follows crude oil movements; Brent crude reached over $100per barrel in 2022, which typically increases resin costs
03
In 2021–2023, PP resin price spreads narrowed and widened with feedstock dynamics, with weekly average PP spot prices varying by hundreds of dollars per metric ton across months
04
In 2022, the U.S. CPI for plastics and rubber products increased by about 7% year-over-year, impacting packaging film converting economics
05
Waste management costs for plastic packaging collection and sorting contribute materially to EPR fees; EPR fee schedules in EU markets commonly use cost-per-kg models (kg-based), directly monetizing film
06
Market prices for recycled polyethylene pellets are generally discounted versus virgin by a measured spread; published studies report discounts in the tens of dollars per ton depending on quality and availability
07
In 2024, resin and energy costs were among top drivers of packaging film price increases reported by converting industry coverage, reflecting cost pass-through pressures
Interpretation
Pricing & Economics Interpretation
In the Pricing & Economics dimension of packaging film, 2022 energy and commodity shocks were decisive, with Europe natural gas peaking above 100 €/MWh and the US CPI for plastics and rubber rising about 7% year over year, while resin prices tracked crude oil that topped $100 per barrel, forcing converters to pass through higher costs even as recycled polyethylene pellets traded at tens of dollars per ton below virgin.
Reference
Cite This Report
This report is designed to be cited. We maintain stable URLs and versioned verification dates. Copy the format appropriate for your publication below.
APA
David Sutherland. (2026, February 13). Packaging Film Industry Statistics. Gitnux. https://gitnux.org/packaging-film-industry-statistics
MLA
David Sutherland. "Packaging Film Industry Statistics." Gitnux, 13 Feb 2026, https://gitnux.org/packaging-film-industry-statistics.
Chicago
David Sutherland. 2026. "Packaging Film Industry Statistics." Gitnux. https://gitnux.org/packaging-film-industry-statistics.
Sources & references
32 datasets cited across this report · attribution is report-level
+14 additional datasets cited (not shown individually)