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18463720777
山東兗州大禹門業有限公司
聯系人：崔經理
聯系電話：+18463720777
銷售電話：0537-3897696
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公司地址：濟寧市兗州區新兗鎮豐兗路大禹門業
Packaging protects fresh produce throughout harvesting, transport, retail, and the journey to consumers’ kitchens. Flexible plastic films are especially important for maintaining quality, reducing moisture loss, and extending shelf life. At the same time, these materials must be designed with their next use in mind.
Fresh Del Monte Produce has set a clear direction: progress toward packaging films that are recyclable by design, while supporting responsible sourcing, operational efficiency, and waste reduction. The 2025 target represents a significant step in the company’s broader sustainability strategy and its effort to align food protection with circular packaging principles.
Reaching this goal requires more than replacing one material with another. It involves evaluating film structures, printing methods, adhesives, packaging machinery, recycling infrastructure, supplier capabilities, and consumer guidance. Progress therefore depends on coordinated action across farms, production facilities, distribution networks, retailers, and communities.
Flexible film is widely used for produce packaging because it is lightweight, adaptable, and effective at protecting freshness. A well-designed film can help preserve appearance and texture while reducing damage during handling. These performance benefits are closely connected to food waste prevention, an important environmental consideration because wasted food also represents wasted water, land, energy, and labor.
The sustainability challenge is that some flexible packages contain multiple bonded layers, coatings, or additives that make them difficult to sort and recycle through conventional systems. A film may be technically recyclable in a specialized facility but not accepted in a consumer’s local collection program. Clear progress must therefore consider both package design and the practical availability of recovery systems.
A recyclable film strategy begins with this full life-cycle view. It balances material reduction with the need for adequate strength, evaluates how packaging performs in real distribution conditions, and considers whether the resulting material can enter an appropriate recycling stream.
The 2025 ambition provides a framework for reviewing packaging across products and regions. Each application has different technical requirements, so the work involves mapping current film formats, identifying barriers to recyclability, and prioritizing changes that can be implemented without compromising food safety or product quality.
One important pathway is the use of simpler, compatible material structures. Mono-material films, particularly those based on widely accepted polyethylene formats, can be easier to sort and process than complex multilayer alternatives. Where suitable, packaging teams can also examine downgauging, which reduces film thickness while preserving the strength and sealing performance needed for fresh produce.
Progress may also involve redesigning labels, inks, closures, and adhesives. A recyclable base film can lose its practical advantage if other components interfere with sorting or reprocessing. Supplier collaboration is essential because packaging changes must work with existing equipment, filling speeds, sealing temperatures, warehouse conditions, and transportation demands.
Recyclability cannot be considered separately from product protection. Fresh produce is sensitive to temperature, humidity, oxygen, and physical impact. Packaging engineers must test new films under realistic conditions, including long-distance shipping, refrigeration, retail display, and consumer handling.
The evaluation process can include barrier performance, seal integrity, puncture resistance, print compatibility, and shelf-life results. It can also measure the amount of packaging used per unit of product. A lighter package may reduce material consumption, but only if it continues to prevent leakage, bruising, or premature spoilage.
The following comparison illustrates the design principles guiding a transition from difficult-to-recover packaging toward more recyclable flexible formats:
| Packaging consideration | More complex conventional format | Recyclability-focused direction |
|---|---|---|
| Film structure | Multiple layers with different polymers | Compatible mono-material or simplified structure |
| Barrier and strength | Achieved through several bonded materials | Delivered through optimized film design and thickness |
| Printing and labeling | Components may complicate sorting | Inks, labels, and adhesives selected for compatibility |
| Material use | May include unnecessary thickness or features | Downgauged where performance testing allows |
| End-of-life pathway | Limited recovery options | Designed for available film recycling systems |
| Supplier role | Focused mainly on cost and performance | Shared responsibility for design, testing, and recovery |
These choices are evaluated alongside food safety and operational requirements. Packaging that protects food effectively while using fewer or more recoverable materials can support both environmental and business goals.
A credible sustainability program needs consistent definitions. “Recyclable” should describe a package that meets recognized design requirements and has a realistic pathway to collection, sorting, and reprocessing. This distinction helps avoid overstating progress based solely on laboratory results or theoretical recyclability.
Tracking can include the percentage of flexible film formats that meet the company’s recyclability criteria, the volume of packaging converted, the amount of material reduced, and the number of facilities or product lines using updated designs. It can also include supplier assessments, technical trials, and evaluations of regional recycling conditions.
Transparent reporting is especially important because recycling infrastructure differs across countries and municipalities. A film accepted in one market may not be collected in another. Fresh Del Monte’s global operations therefore need regionally informed implementation, with packaging decisions supported by local regulations, collection systems, and market expectations.
Progress should also be connected to broader sustainability indicators. Responsible packaging works best when paired with efficient logistics, renewable or lower-impact materials where appropriate, waste prevention, and responsible agricultural practices. The experiences of growers and farming communities offer valuable context; a farmer’s sustainability story shows how practical environmental improvements can also influence livelihoods and long-term resilience.
Packaging transformation depends on collaboration beyond the company. Film manufacturers contribute material expertise and technical innovation. Equipment suppliers help determine whether new structures can run efficiently on existing lines. Retailers influence packaging specifications and consumer communication, while recyclers provide insight into sorting, contamination, and end-market demand.
Internal teams also play a central role. Procurement can include recyclability and verified environmental attributes in supplier requirements. Research and development can test alternative structures. Operations can monitor line performance and material efficiency. Marketing and labeling teams can provide clear disposal information without implying that every flexible film belongs in a household recycling bin.
Consumer understanding matters because incorrect disposal can contaminate recycling streams. Where collection programs exist, concise instructions can help people identify the appropriate pathway. Where they do not, the responsible message must reflect local conditions rather than promise an outcome that the infrastructure cannot support.
The 2025 target is a major reference point, but packaging sustainability is an ongoing process. Film technologies, recycling systems, regulations, and customer expectations continue to evolve. Maintaining progress requires regular reviews of packaging specifications and a willingness to improve designs after they enter the market.
Key priorities for the next phase include:
This work also creates opportunities to support innovation in recycled content and advanced recovery technologies. Recycled material must meet strict food-contact and performance requirements, so adoption should be based on verified quality, regulatory compliance, and reliable supply. Continued research can help expand those options over time.
Fresh Del Monte Produce’s progress toward recyclable flexible films reflects a practical approach to sustainability: set a measurable direction, test solutions in real operating conditions, work with partners, and report results with care. The company’s 2025 objective helps establish a foundation for packaging that protects fresh food while moving materials toward a more circular future.
Read the company’s sustainability updates, follow developments in recyclable packaging, and support responsible disposal wherever local collection systems are available. Each improvement in film design becomes more meaningful when growers, suppliers, retailers, consumers, and communities help carry the material through its full life cycle.