South America Agricultural Films Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

South America Agricultural Films Market Trends and Insights

Rising Adoption of Greenhouse Farming

Mid-sized greenhouse installations for tomatoes, peppers, and cucumbers are proliferating across Brazil's interior and Argentina's peri-urban zones, driven by urban demand for year-round fresh produce and the need to buffer against erratic rainfall. Chile's greenhouse tomato production reached 180,000 metric tons in 2023, primarily concentrated in Coquimbo, Valparaíso, and the Metropolitan Region, where growers utilize Low-Density Polyethylene (LDPE) and Ethyl Vinyl Acetate/Ethylene Butyl Acrylate (EVA/EBA) films with anti-drip additives to minimize disease pressure. The capital intensity of these structures, typically 30 to 40% above bare-soil systems, is being offset by cooperative purchasing models and leasing arrangements brokered through regional extension services. Satellite mapping studies published in Nature Food during 2024 identified a 12% annual increase in greenhouse footprint across South America's temperate zones, a rate that outpaces global averages and signals sustained film demand.

Growth of Protected Horticulture Exports

Export-oriented berry, grape, and avocado sectors are shifting to plasticulture to meet stringent phytosanitary and cosmetic standards imposed by North American and European buyers. Peru's blueberry exports totaled USD 1.5 billion in 2024, sourced from 23,000 hectares in La Libertad and Ica, where drip irrigation under mulch films reduces water consumption by 40% and lifts marketable yields by 25%. Chile's grape sector, which accounts for 9% of global fresh table grape exports, is transitioning from open-field to netted and partially covered systems that shield fruit from hail and sunburn, a trend that increases demand for greenhouse-grade polyethylene with enhanced tensile strength. The premium pricing these crops command justifies the incremental cost of specialty films, creating a virtuous cycle where export revenue funds further plasticulture adoption.

Government Incentives for Climate-Smart Agriculture

Brazil's ABC+ (Low-Carbon Agriculture) plan, launched in 2020 and extended through 2030, offers subsidized credit lines for technologies that sequester carbon or reduce methane emissions, including biodegradable mulch films and silage systems that minimize spoilage. The 2024 Crop Plan earmarked USD 88.2 billion for rural credit, with a dedicated tranche for climate-smart inputs that carry interest rates 2 to 3 percentage points below commercial benchmarks. This policy framework has accelerated trials of Braskem's bio-polyethylene and BASF's ecovio M2351, a biodegradable mulch certified to EN 17033 that degrades in soil within 24 months, leaving no microplastic residues ^{[1]Source: BASF Agricultural Solutions, basf.com} . The long-term impact of these programs hinges on whether subsidy mechanisms can be sustained through electoral cycles and commodity-price downturns, a risk that introduces volatility into biodegradable-film adoption curves.

Expansion of High-Value Berry and Avocado Crops

Higher margins on berries and avocados justify the premium cost of UV-stabilized and anti-oxidant-laden films that extend service life to 18 months in tropical sunlight. Peru's avocado exports reached 650,000 metric tons in 2024, valued at USD 1.1 billion, with Hass orchards in La Libertad and Ica utilizing reflective mulch to mitigate heat stress and enhance fruit set during flowering. Chile's raspberry and blackberry plantations, concentrated in the Maule and Bío Bío regions, are adopting tunnel systems with anti-drip films that prevent condensation-related fungal infections, a shift that has cut fungicide applications by 20% according to field trials conducted by the Chilean Agricultural Research Institute. The expansion of these crops is geographically concentrated in zones with established cold-chain logistics, limiting near-term spillover to frontier regions but ensuring robust film demand in core production areas.

Environmental Concerns and Plastic-Waste Legislation

Brazil's Decree 12,688, enacted in November 2024, mandates reverse logistics for plastic packaging, requiring a 32% recovery rate and 22% recycled content by 2026, with the goal of escalating to 50% recovery by 2040 ^{[2]Source: Decreto 12.688 de 2024, Ministério do Meio Ambiente e Mudança do Clima, gov.br}. These regulations compel converters to invest in mechanical-recycling infrastructure and source post-consumer resin, raising production costs by 10 to 15% according to industry estimates. Compliance frameworks such as ISO 14021 for recycled-content claims and EN 13432 for compostability are becoming de facto market-entry requirements, favoring larger players with dedicated sustainability teams. The enforcement timeline remains uncertain in Argentina and Colombia, where budget constraints limit the capacity of environmental agencies to audit film waste streams, creating a patchwork regulatory landscape that complicates regional supply-chain planning.

High Initial Cost Versus Conventional Coverings

The capital expenditure for transitioning from bare-soil cultivation to mulch or greenhouse systems is 30 to 40% above conventional methods, a threshold that deters adoption among smallholders with limited access to credit. A greenhouse installation for 1 hectare of tomatoes in Argentina's Corrientes province costs approximately USD 25,000, including polyethylene covering, drip irrigation, and structural framing, compared to USD 8,000 for open-field cultivation with basic inputs. Cooperative purchasing models, which aggregate demand across 50 to 100 growers to secure volume discounts, have reduced per-unit film costs by 15 to 20% in Brazil's strawberry cooperatives and Chile's grape associations, but these structures require social capital and organizational capacity that are scarce in frontier regions. The payback period for plasticulture investments ranges from 2 to 4 years depending on crop type and market access, a timeline that exposes growers to commodity-price risk and weather volatility. 

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Type: Bio-Based Films Gain Share Despite LDPE Dominance

Low-Density Polyethylene (LDPE) captured 41.95% of the South America agricultural films market size in 2025, underpinned by its cost advantage, ease of processing, and proven performance in mulching and silage applications across Brazil's strawberry belt and Argentina's greenhouse vegetable zones. The dominance of Low-Density Polyethylene (LDPE) reflects its versatility across multiple applications and the installed base of extrusion equipment optimized for its melt-flow characteristics. Low-Density Polyethylene (LDPE) puncture resistance makes it the preferred choice for silage wrap, where a single tear can compromise anaerobic fermentation and lead to feed spoilage.

Biodegradable and bio-based films, which are projected to advance at an 11.10% CAGR through 2031, are driven by Braskem's bio-PE capacity expansion to 191 kilotons in 2024 and regulatory tailwinds from Brazil's recycled-content mandates. The shift toward biodegradable films is accelerating in organic-certified operations, where post-harvest film removal is labor-intensive and costly, but mainstream adoption hinges on further cost reductions and field trials demonstrating equivalent agronomic performance. Compliance with EN 17033 and ISO 17033 standards for soil biodegradability is emerging as a baseline requirement for market access in Chile and Brazil, a dynamic that favors suppliers with formulation expertise and third-party certification.

By Application: Mulching Leads, Fumigation Accelerates

Mulching films accounted for 35.35% of the South America agricultural films market size in 2025, driven by Brazil's 155,000 metric tons strawberry sector and Chile's avocado plantations, where reflective and UV-stabilized mulches reduce water consumption by 40% and suppress weed competition. Mulching films deliver measurable return on investment through water savings, yield lifts, and reduced herbicide costs, making them the entry point for plasticulture adoption among smallholders. Silage wrap demand is counter-cyclical to grain prices, as livestock producers shift to preserved forage when feed-grain costs spike, a dynamic that provides demand stability during crop-price downturns. 

Greenhouse films are the fastest-growing application, with a 9.95% CAGR through 2031, is expanding in Colombia's Antioquia blueberry region and Chile's Valparaíso tomato clusters, where EVOH-layered films with anti-drip additives extend service life to 4 years and reduce fungicide applications by 20%. Greenhouse covering represents the highest capital commitment per hectare but offers the longest service life and the greatest yield stability, a trade-off that appeals to export-oriented growers with access to long-term financing. The application mix is shifting toward higher-value segments as growers seek to differentiate output through quality and sustainability attributes, a trend that favors converters with technical-service capabilities and product portfolios spanning multiple film types.

Geography Analysis

Brazil held 53.55% revenue share in 2025, reflecting the country's position as South America's agricultural powerhouse, with film demand spanning grain silage, greenhouse horticulture, and mulched row crops. The 2024/25 Crop Plan's allocation of USD 88.2 billion in rural credit, including dedicated lines for climate-smart technologies, is accelerating the adoption of biodegradable mulch and UV-stabilized greenhouse covers in the Cerrado and Amazon transition zones. Braskem's bio-PE production, which reached 191 kilotons in 2024, positions Brazil as the only South American country with domestic bio-based resin capacity, a strategic advantage that insulates local converters from import-price volatility. 

Colombia is forecast to grow at a 9.35% CAGR to 2031, driven by blueberry exports that reached 40,000 metric tons in 2024, up from 7,000 hectares in Antioquia, where growers utilize greenhouse covers with EVOH (Ethylene Vinyl Alcohol) oxygen barriers to maintain modified-atmosphere conditions. Avocado shipments climbed 15% year-on-year to 120,000 metric tons in 2024, with Hass plantations adopting UV-stabilized mulch to reduce heat stress and improve fruit set during flowering. Greenhouse vegetable production in Corrientes, Salta, and Buenos Aires provinces is expanding, with tomato, pepper, and cucumber growers adopting anti-drip films to reduce disease pressure and extend harvest windows. Chile's 9.25% share in 2025 is concentrated in the Coquimbo and Valparaíso regions, where avocado, grape, and tomato growers face stringent export-quality standards that justify the premium cost of UV-stabilized and anti-oxidant-laden films

Peru, Uruguay, Paraguay, and Ecuador collectively represent with Peru's blueberry and avocado sectors driving incremental film demand. Peru's blueberry exports totaled USD 1.5 billion in 2024, sourced from 23,000 hectares in La Libertad and Ica, where drip irrigation under mulch films reduces water consumption by 40%. Uruguay's grain-storage market sustains steady silage-wrap consumption, while Paraguay's soybean sector is beginning to adopt mulch films for high-value vegetable rotations. Ecuador's banana export industry, which ships over 6 million metric tons annually, relies on UV-stabilized bunch covers to protect fruit from sunburn and insect damage, a niche application that commands premium pricing due to the technical requirements for tropical-sunlight resistance.

Regulatory Landscape

Regulation affecting agricultural films in South America is tightening around end-of-life accountability, recycled-content claims, and technical performance requirements. In Brazil, Decree 12,688 (November 2024) mandates reverse logistics for plastic packaging with a 32% recovery target and a 22% recycled-content minimum by 2026, pulling agricultural films into compliance planning. On product specifications, Brazil also relies on ABNT standards such as ABNT NBR 15560 for agricultural plastic films (including mulching and protected cultivation), while market access for certified biodegradable options is increasingly linked to recognized frameworks such as EN 17033 for soil-biodegradable mulch films.

Trade and compliance execution adds another layer through customs classification and labeling rules. Brazil applies Mercosur NCM codes, including NCM 3920.10.99 for non-perforated plastic film and NCM 3926.90.90 for perforated film, which shapes import documentation and taxation. Uruguay provides an example of labeling-driven eligibility: Decree 207/2007 requires agricultural plastic films to carry explicit agricultural-use labeling to qualify for certain exemptions, reinforcing the need for region-specific packaging and documentation strategies for multinational suppliers and converters.

Market Opportunities and Future Outlook

Circularity-linked demand is creating a practical pathway for agricultural film suppliers that can integrate recycled resin, traceability, and collection logistics into their offer. In Brazil, inpEVs Sistema Campo Limpo reported a cumulative 900,000 tons of empty pesticide containers correctly destined by the end of 2025, including 75,996 tons processed in 2025, which indicates scaled reverse-logistics capability that can be extended to other agricultural plastics where collection remains a bottleneck. On the manufacturing side, IFCs October 2025 investment in America Embalagens to modernize a Sao Paulo plant, with an incentive framed around increasing recycled-resin usage (20% cited in the program framing), aligns with Brazils recycled-content mandates and supports a broader post-consumer resin supply base that film converters can draw on.

Two additional gaps stand out: data-enabled collection and local bio-based material development. A UNICAMP/NIPE initiative (January 2025) mapping agricultural plastic use via remote sensing supports more targeted placement of collection points and recycling capacity, which can reduce cost-to-collect for dispersed farm geographies. Separately, Argentina-based R&D reported in December 2025 on starch-based biodegradable agricultural bags (Plastimi SRL with IMAM-CONICET), reflecting interest in import substitution for bioplastics and providing a path for localized formulations and compounding know-how that can transfer into agricultural-film adjacent products, with longer-term potential for film-grade materials in selected applications.