Why is reducing plastic in packaging important for food brands in 2026?

Reducing plastic in packaging is important for food brands in 2026 because regulatory pressure, consumer expectations, and carbon accountability have converged into a single, unavoidable moment. The EU’s Packaging and Packaging Waste Regulation (PPWR) becomes directly applicable on 12 August 2026, making sustainable packaging a legal requirement rather than a voluntary commitment. The questions below unpack exactly what that means for food brands making packaging decisions right now.

What are the biggest drivers pushing food brands to cut plastic in 2026?

The biggest drivers pushing food brands to reduce plastic in packaging in 2026 are regulatory deadlines, measurable consumer preference for fiber-based alternatives, and the growing financial risk of non-compliance. These three forces are no longer building slowly in the background — they are arriving simultaneously, making 2026 a genuine turning point for food packaging decisions.

On the regulatory side, the EU’s PPWR becomes applicable on 12 August 2026, introducing binding requirements on recyclability, material composition, and Extended Producer Responsibility fees that are directly linked to how recyclable and how plastic-heavy a package is. Brands selling into European markets cannot treat this as a future consideration.

Consumer behavior reinforces the urgency. Industry research consistently shows that a significant majority of shoppers now expect the brands they buy from to offer packaging with reduced plastic content, and a meaningful share have already switched to competitors that do. Fiber-based packaging, in particular, scores higher on consumer trust than plastic alternatives across most European markets.

There is also a commercial dimension. EPR fee structures under the PPWR are modulated based on recyclability and recycled content, which means brands using hard plastic trays will face higher costs per unit placed on the EU market. Switching to sustainable food packaging is not just an environmental position — it is becoming a cost management strategy.

What regulations are affecting plastic food packaging right now?

The most significant regulation affecting plastic food packaging right now is the EU Packaging and Packaging Waste Regulation (PPWR), which applies from 12 August 2026. It replaces the previous Packaging Directive across all 27 EU member states and sets binding requirements on recyclability, recycled content, packaging minimization, and producer financial responsibility for the entire packaging lifecycle.

The PPWR is a regulation, not a directive, which means it applies directly in every EU member state without requiring national transposition. Food brands selling into any EU market are subject to it from the same date.

Alongside the PPWR, a strict ban on intentionally added PFAS substances in food-contact packaging also takes effect in August 2026. PFAS compounds have historically been used to give paper and board packaging grease resistance and moisture barriers. Brands using coated trays, fast-food wrappers, or laminated board structures need to verify their supply chains now, as there is no grandfathering provision — packaging manufactured before the deadline cannot be placed on the EU market if it exceeds the specified concentration limits.

The Empowering Consumers Directive adds another layer. Transposed into member state law by March 2026 and applying from September 2026, it prohibits vague environmental claims on packaging — terms like “eco-friendly” or “climate neutral” without verifiable, specific data behind them. For food brands, this means that any sustainability messaging on pack must reference concrete, substantiated facts such as material origin, recycled content, or third-party certification.

How does plastic reduction affect a food brand’s carbon footprint?

Reducing plastic in food packaging directly lowers a brand’s carbon footprint because fiber-based materials derived from renewable wood sources carry a substantially lower carbon burden than fossil-based rigid plastics across their lifecycle. The difference is most pronounced in production: manufacturing a fiber-based tray generates significantly fewer CO2 emissions than producing an equivalent hard plastic tray from virgin polymer.

The carbon benefit comes from two compounding factors. First, fiber is a renewable raw material — when sourced from sustainably managed forests and certified under schemes such as FSC, the carbon absorbed during tree growth partially offsets the emissions from processing. Second, at end of life, a fiber tray that is separated and recycled through existing cardboard collection systems retains material value and avoids the energy-intensive processes associated with plastic waste management.

We at Jospak have designed the Jospak® tray specifically around this logic. The tray is built from renewable wood fiber and uses up to 85% less plastic compared to an equivalent fully plastic food tray — a reduction that translates directly into lower carbon intensity per unit of food packaged. The cardboard component is recyclable in existing collection systems across most European markets, including Finland, Sweden, Germany, and Poland, where consumers separate the thin barrier film and the board tray into their respective waste streams.

For food brands reporting on Scope 3 emissions or responding to retailer sustainability scorecards, packaging material choices are increasingly a line item. Switching from rigid plastic to cardboard packaging for food is one of the more straightforward material interventions a brand can make to reduce its reported carbon impact.

What packaging materials can replace rigid plastic for fresh food?

Fiber-based composite trays are the most commercially mature replacement for rigid plastic in fresh food packaging because they combine the structural properties of board with a thin barrier film that enables modified atmosphere packaging (MAP) — the gas-flushing technology that keeps meat, fish, poultry, and ready meals fresh. This combination allows food brands to switch materials without sacrificing shelf life or food safety.

The key technical requirement for fresh food packaging is gas tightness. Products like raw meat or fish need a hermetically sealed environment where the atmosphere inside the tray is controlled to slow microbial growth. For years, this requirement was seen as a reason to stay with rigid plastic, because board alone cannot provide the necessary barrier. Fiber-composite tray technology resolves this by using a thin, separable multi-layer film that provides the gas barrier while the board structure provides rigidity and the majority of the material volume.

The result is a tray that is compatible with MAP sealing equipment, suitable for the full range of fresh and chilled food categories — including meat, poultry, fish, plant-based proteins, and ready meals — and designed so the consumer can separate the film from the board at end of life, allowing both materials to enter their respective recycling streams.

Other materials, including fully compostable trays and mono-material paper formats, are in development for certain food service applications, but they currently face limitations in gas-tightness and compatibility with industrial sealing lines. For brands packaging fresh protein products at scale, fiber-composite remains the most viable plastic-free packaging alternative available today.

How can food brands switch packaging without disrupting production lines?

Food brands can switch from rigid plastic trays to fiber-based alternatives without disrupting production lines because well-designed fiber-composite trays are engineered to fit existing tray-sealing equipment. The key is selecting a tray format that matches the footprint, depth, and sealing flange dimensions of the plastic trays already running on the line — which eliminates the need for capital investment in new machinery.

This compatibility is one of the most commercially important features of the Jospak® tray. We have designed our trays to slot directly into the tray-sealing lines already operating in food production facilities, using the same lidding film and MAP sealing process. For a food manufacturer, this means the transition to reducing plastic in packaging does not require a production shutdown, equipment replacement, or retraining of line operators.

The practical switching process typically involves three stages. First, a technical assessment confirms that the fiber tray dimensions and sealing requirements are compatible with the existing line. Second, trial runs validate seal integrity, gas retention, and throughput speed. Third, the tray is integrated into the production schedule alongside the existing packaging specification review.

For brands that want a more tailored approach, we offer a custom packaging design service that covers the full process from initial requirements through to a finished tray concept — accounting for the specific food product, the sealing line in use, and the brand’s sustainability targets. The goal is always a solution that works on the existing line without compromise to food safety or production efficiency. If you want to explore what that process looks like for your operation, our packaging specialists can walk through the options.

How do consumers respond to reduced-plastic food packaging?

Consumers respond positively to reduced-plastic food packaging, particularly when the alternative is a visible fiber-based format. Research consistently shows that fiber packaging ranks higher than plastic on consumer trust and purchase intent, and that a significant proportion of shoppers have actively chosen a brand or switched away from one based on packaging material choices.

The preference is especially pronounced in the markets where environmental awareness and recycling infrastructure are most developed — including Germany, the Nordic countries, and the Netherlands, which are also the primary export markets for sustainable food packaging solutions. In these markets, the recyclability of packaging is not a secondary consideration; it is an active purchase signal for a growing segment of food shoppers.

There is also a trust dimension tied to regulation. From September 2026, the Empowering Consumers Directive prohibits vague environmental claims on packaging without substantiation. This means brands that have made the switch to fiber-based trays and can back their claims with certified data — FSC certification for material origin, BRCGS certification for food safety standards, or specific figures on plastic reduction relative to a comparable plastic tray — will be in a stronger position than brands making generic sustainability promises they cannot support.

For food brands, the consumer response to eco-friendly food packaging is no longer just a marketing consideration. It connects directly to compliance, brand credibility, and the ability to make claims on pack that will remain legally defensible under the new European regulatory framework. Brands that have already made the switch and can communicate it with verified, specific data are the ones best positioned for the market conditions of 2026 and beyond.