Key Insights• According to the research report, "Argentina Edible Films and Coating Market Outlook, 2031," published by Actual Market Research, the Argetina Edible Films and Coating Market is anticipated to grow at more than 7.13% CAGR from 2026 to 2031. Argentina's edible films and coatings market is developing around starch-based formulations that are being engineered for specific performance requirements. Recent Argentine research has moved beyond basic starch films by combining tapioca starch with gelatin or whey protein concentrate and adjusting plasticizer levels to control water-vapour permeability, solubility, hydrophobicity, transparency, and mechanical properties. The optimized tapioca-starch/gelatin formulation demonstrated comparatively low moisture permeability and high hydrophobicity, indicating that material blending is becoming an important route for making starch-based films more suitable for actual food-packaging conditions.• A particularly important development is the emergence of active films for dairy preservation. Argentine researchers developed tapioca-starch/zein films containing natamycin and nisin for sliced Cheddar cheese. Under the study's temperature-abuse conditions, antimicrobial films achieved substantial microbial reductions and extended microbiological shelf life by up to three weeks compared with commercial counterparts, without notable sensory deterioration. This demonstrates that Argentina's edible-film technology is progressing toward food-specific preservation solutions, where the film is designed around a particular contamination and shelf-life problem.• Another distinctive area is starch chitosan active packaging for perishable foods.

Argentine research has developed thermoplastic corn-starch films incorporating chitosan oligomers and subsequently converted them into sachets for products such as strawberries, ricotta, and flavored breads. The studies demonstrated migration of the active component from the film and antimicrobial effects during storage. This is significant because it shows a transition from conventional edible coatings toward controlled-release packaging formats, where the film actively interacts with the food environment.• The country's development is further supported by research into industrial application of coatings for high-value perishable foods. Earlier INTA and University of Buenos Aires work developed an antioxidant edible film intended for direct application to meat, fruits, vegetables, and cheeses, with the coating designed to control oxygen and water transfer and reduce lipid oxidation.Market Outlook• Argentina's edible films and coatings market is moving toward functional food-preservation applications, with commercial potential strongest where the technology can address a specific quality problem. The country's research base is particularly active in starch-based materials, with corn and tapioca starch being combined with chitosan, gelatin, zein, and other components to improve barrier and mechanical properties. This gives the market a relatively broad domestic material base while allowing developers to formulate films for different food environments rather than depending on a single coating technology.• Fresh produce, seafood, and dairy are likely to remain important application areas, but their development will follow different requirements.

Chitosan-based coatings have demonstrated antimicrobial and quality-preservation effects on refrigerated salmon, while Argentine research has also investigated active films for strawberries, ricotta, bread, and cheese. This suggests that future adoption will be driven by foods where an edible film can deliver a measurable extension of storage life or reduce microbial deterioration, rather than by sustainability positioning alone.• The outlook is also supported by Argentina's agricultural and food-processing resource base. Starch provides a relatively accessible film-forming platform, while chitosan can be sourced from seafood-processing residues, creating opportunities to connect agricultural and fisheries by-products with packaging-material production. The combination could help reduce dependence on more expensive specialty inputs, although processing costs, raw-material consistency, and formulation stability will determine whether these concepts can achieve commercial scale.Market DynamicsDriver: Availability of low-cost starch-based raw materialsStarch is an attractive foundation for Argentine edible films because it is widely available, relatively inexpensive, non-toxic, and has strong film-forming capability. Argentine research is consequently focusing on starch-based systems enhanced with other polymers and functional compounds rather than relying heavily on expensive standalone materials.Challenge: Limited suitability across all food categoriesA coating optimized for fresh produce may not perform effectively on meat, seafood, dairy, or bakery products because moisture, pH, surface structure, oxygen exposure, and storage conditions differ considerably. Consequently, manufacturers face higher development costs when creating food-specific formulations rather than one universal product..Trend: Greater use of fruit-derived bioactive compounds Argentine researchers are investigating tropical-fruit extracts as sources of antioxidant and antimicrobial compounds for starch-based films and coatings.

Rather than treating fruit extracts simply as additives, the current approach uses their natural bioactive components to provide additional preservation functionality. This creates opportunities for films that combine the structural properties of starch with naturally sourced active compounds.Policies & Regulatory Landscape • Argentina's edible films and coatings sector is regulated through the Código Alimentario Argentino (CAA) rather than through a separate edible-film law. The framework covers both the food itself and materials that come into contact with food. For edible coatings, the regulatory treatment depends on whether the formulation is considered an ingredient, additive, processing aid, coating, or food-contact material. The CAA is maintained through joint updates involving ANMAT and the Secretariat of Agriculture, meaning the regulatory framework can evolve as new food technologies and Mercosur standards are incorporated.• A key regulatory consideration for edible-film manufacturers is the positive-list system. For polymeric food-contact materials, Argentina's updated framework specifies permitted monomers, starting substances, polymers, and associated restrictions, including composition and specific migration limits.

The rules also cover polymeric coatings applied directly to food-contact substrates. This is particularly relevant to advanced edible-film formulations containing modified polymers, plasticizers, active substances, or composite materials. Production & Supply Chain Dynamics • The upstream supply chain is supported by corn, cassava, dairy, fisheries, fruit-processing, and vegetable-oil industries. Cassava starch is a particularly relevant example: a project involving the University of Buenos Aires and a cooperative in Misiones converted locally produced cassava starch into edible and compostable films, with potential applications in food packages and sausage separators. This demonstrates a direct pathway from an agricultural cooperative to a higher-value film material rather than relying entirely on imported specialty polymers.• Argentine research institutions are working with film-forming solutions, extrusion, thermo-compression, coatings, multilayer structures, and active-film systems. INIQUI identifies edible-film development, nanocomposite and micro/nanolaminated films, controlled release of active substances, and fruit coatings as established research and technical-service activities. This provides the technological foundation for moving from laboratory formulations toward more scalable processing routes.Segment AnalysisArgentina Edible Films and Coatings By Application Type• This segment has strong relevance in Argentina because edible coatings can be used to manage weight loss, respiration, surface colour, microbial growth, and ripening during storage.

Argentine research has specifically examined starch-based coatings for strawberries, where formulation changes affected permeability and storage performance, while antimicrobial formulations containing potassium sorbate and citric acid helped reduce microbial counts and extend storage life. This creates opportunities for coatings tailored to berries, fresh-cut produce, and other high-value horticultural products rather than a single formulation for all produce.• These applications are developing around specific preservation and processing functions. Dairy products can use edible films as protective layers and carriers of antimicrobial ingredients, while meat, poultry, and seafood applications benefit from coatings designed to control oxygen transfer, oxidation, moisture loss, and microbial activity. Bakery and confectionery applications are more focused on moisture migration, surface protection, and controlled transfer between food components. Other applications include edible films for individual food portions, nutrient or active-compound delivery, and specialty food structures, expanding the segment beyond conventional packaging. Argentina Edible Films and Coatings By Ingredient Type • Polysaccharides represent an important ingredient base in Argentina, particularly starch, chitosan, pectin, alginate, and cellulose derivatives. Starch has an advantage as a relatively accessible film-forming material, while chitosan adds functionality for applications requiring antimicrobial protection.

Argentine research has also investigated starch films enriched with fruit extracts, allowing the polysaccharide matrix to carry antioxidant and antimicrobial compounds. The main development focus is improving moisture resistance and flexibility through plasticizers, blending, and formulation modification.• Protein-based materials such as gelatin and other food proteins provide structural and oxygen-barrier characteristics, while lipids such as vegetable oils, fatty acids, and waxes are valuable for reducing water-vapour transfer. Composite systems are gaining importance because combining these materials allows manufacturers to balance properties that are difficult to achieve with one ingredient. Argentine research into starch–lipid and starch–protein systems demonstrates this approach, with the composition of each phase influencing permeability, mechanical strength, and structural characteristics.Considered in this report• Historic Year: 2020• Base year: 2025• Estimated year: 2026• Forecast year: 2031Aspects covered in this report• Protein Hydrolysatess Market with its value and forecast along with its segments• Various drivers and challenges• On-going trends and developments• Top profiled companies• Strategic recommendationBy Application Fruits and VegetablesBakery and ConfectioneryDairy products Meat, Poultry, and Seafood Other ApplicationsBy Ingredient TypeProteinPolysaccharidesLipidsComposites.