But what does science really say?

The answer is very different from what is often portrayed. The problem of marine pollution exists, but the image of a solid patch of plastic is a simplified media representation, often far from scientific reality.

There is no real “island” of floating plastic

Several scientific studies and international researchers confirm that there is no solid, compact floating plastic platform visible from above or traversable like an artificial island.

What is commonly called Great Pacific Garbage Patch it is actually a vast ocean area where marine currents concentrate dispersed floating materials, mainly microplastics and low-density debris.

In many cases, those who cross these areas do not see a “continuous expanse of plastic” at all, but a seemingly normal sea, with variable concentrations of small fragments.

This distinction is also explained by Ocean Generation delves into the myths surrounding plastic pollution. and from FactMyth's analysis of the alleged plastic island in the ocean.

Who was the first to talk about this huge problem in the oceans?

One of the most important names linked to the diffusion of this theme is that of Captain Charles Moore, among the first to publicly report the presence of large concentrations of plastic in the ocean.

Moore, often associated with the discovery of the “zone” that fueled the myth of the plastic island, talks about it in his book Plastic Ocean: How a Sea Captain's Chance Discovery Launched a Determined Quest to Save the Oceans.

And here's what he says in his book:

“Let's say right away that what we found was not a mountain of garbage, a garbage island, a garbage raft, or a garbage vortex—all media-created exaggerations of the truth. It would later become known as the Great Pacific Plastic Patch, a term that proved very useful but, once again, suggests something different from what's actually out there. It was and is a thin plastic soup, a soup lightly seasoned with plastic flakes, enriched here and there with "dumplings": buoys, clumps of nets, floats, crates, and other macro-debris.“

This distinction is fundamental: the problem is no less real, but it is different from how it is often portrayed.

The work of the Plastics Research Council: bringing the debate back to the science

One of the groups that is contributing most to bringing the topic back to a scientific basis is the Plastic Research Council, a non-profit organization composed of scientists and researchers engaged in the technical analysis of environmental data related to plastics.

According to analyses published by the group, much of the information disseminated over the years has been amplified or communicated inaccurately, creating a distorted perception of the problem.

The Plastic Research Council underlines a very important point: most of the floating plastic mass identified in the ocean areas does not derive from single-use household packaging, but mainly from lost or abandoned fishing gear.

Fishing nets and ghost nets: the real documented problem

One of the most interesting aspects that emerged from the research concerns the composition of ocean waste.

A study published in Scientific Reports, “Evidence that the Great Pacific Garbage Patch is rapidly accumulating plastic”, and reported by the Plastic Research Council, highlights that between 75% and 86% of the large floating plastic mass in the Pacific is made up of fishing nets, ropes and dispersed marine equipment.

The so-called ghost nets, or “ghost nets”, represent a real problem because they continue to trap marine life even after they have been abandoned.

Also Wired, in the article “Fishing Gear Is the Biggest Ocean Plastic Polluter”, highlights the weight of lost fishing gear in the problem of marine plastic pollution.

So the real problem is not the plastic itself, but human behavior and the communication that is built around the theme.

Failure to cut tangled or damaged fishing nets and leave them scattered in the oceans, or discarding unusable items from ships or fishing vessels, should be recognized as irresponsible behavior. Correct, targeted, and data-driven communication could help better understand the problem.

But this is often not done. The real issue is not addressed. The preference is to construct a false image of a mountain of plastic waste floating in the sea, and the viewer believes it without delving deeper, ending up generically accusing the material and its derivatives.

Plastic is not the enemy: the problem is mismanagement and human behavior.

Confusing material with human behavior is one of the most common errors in public debate.

Plastic is one of the most efficient materials ever developed in terms of:

• lightness;
• product protection;
• waste reduction;
• food preservation;
• logistics efficiency;
• reducing emissions from transport.

Numerous studies of Life Cycle Assessment demonstrate that indiscriminately replacing plastic with other materials can increase energy consumption, CO₂ emissions, and the amount of waste produced.

This means, in many cases, making the situation worse.

Even the Plastic Research Council, in the in-depth study “What Science Says About Plastics and the Environment”, underlines the importance of evaluating materials throughout their entire life cycle, avoiding substitutions based solely on perception.

The value of single-material packaging

And this is where the single-material packaging plays a fundamental role.

The packaging in LDPE and HDPE monomaterial in fact they allow you to:

• facilitate waste sorting;
• improve recyclability;
• reduce the complexity of structures;
• optimize the recovery of plastic materials;
• maintain high technical performance.

Real sustainability comes through intelligent design, efficient collection, and the circular economy, not simplistic slogans.

Well-designed, recyclable packaging that's consistent with recycling chains can represent a concrete solution. Not because "plastic must be protected" regardless, but because each material must be assessed based on its real impact, its function, and its end-of-life management.

Teamplast and the culture of responsible packaging

Teamplast Srl strongly believes in this vision: plastic packaging should not automatically be considered a problem, but a resource to be designed and managed correctly.

For this reason the company develops flexible solutions in LDPE and HDPE monomaterial oriented towards:

• production efficiency;
• product protection;
• logistics optimization;
• recoverability of the material;
• technical quality and durability.

In a market often dominated by superficial communication and poorly contextualized information, it's crucial to return to the topic of scientific data, innovation, and real responsibility.

Because the future of packaging doesn't depend on demonizing materials, but on the ability to use them correctly, intelligently, and sustainably.

And those who work in the sector have a specific responsibility: to help spread accurate information, based on real scientific data and a more comprehensive view of the problem.

Plastic shouldn't be talked about with slogans. It needs to be better designed, better managed, and better communicated.

For this reason, the Teamplast Srl printing department plays a strategic and central role within the company's entire production process. Thanks to the use of advanced technologies, the company creates customized, visually striking packaging, meticulously designed to meet the technical and aesthetic needs of various industrial sectors.

Printed packaging: much more than just a simple package

Today, packaging is, in effect, a product's "business card." It's often the first point of physical contact between the brand and the customer. Careful graphics, the use of bold colors, and high-precision printing serve not only to enhance the product, but also to convey a message of professionalism, reliability, and intrinsic value.

In the case of the printed flexible packaging, graphic customization allows you to obtain immediate competitive advantages:

• Strengthening brand identity: packaging becomes an extension of corporate communication.

• Better recognition: It makes it easier to identify the product on the shelf or in logistics warehouses.

• Clear communication: allows you to enter technical, logistical or commercial information that is essential for the user.

• Differentiation: helps you stand out from the competition in increasingly saturated markets.

For many companies, the printed envelope or film is no longer just a container, but a true active marketing tool that accompanies the product throughout its entire useful life.

Printing up to 8 colors: superior quality and color rendering

The beating heart of Teamplast Srl's printing department is designed to offer processes characterized by extreme precision and reliability. The technological capacity to reach up to 8 colors opens up a virtually unlimited range of creative and technical possibilities.

This configuration allows you to create:

• Extremely detailed logos and fine lines that do not lose sharpness.

• High definition images with soft nuances and accurate tonal transitions.

• Complex graphic elements which require a perfect color overlap.

• Coordinated packaging that faithfully respect the visual identity manuals of the most demanding customers.

Multicolour printing is particularly crucial in sectors where aesthetic impact guides purchasing choices or defines product positioning, such as in the to feed, in fashion, cosmetics and pet food.

Technical precision and continuity in industrial packaging

If aesthetics are important, in industrial packaging the production continuity It's vital. It's not enough for the first envelope to be perfect; the one hundred thousandth must be identical to the first. Teamplast's rigorous control of the printing process ensures color consistency between different production batches, impeccable legibility of text (even small ones), and pinpoint precision in print registers.

Managing this phase in-house allows Teamplast Srl to monitor every single step, drastically reducing production waste and ensuring a responsiveness that outsourced processes cannot offer. This control translates into greater reliability for the customer, who can count on consistent, superior-quality supplies.

Tailor-made customization: each sector has its own look

Teamplast doesn't offer standardized solutions, but rather tailor-made approaches. Each industrial sector has different technical and regulatory requirements that influence the choice of printing and materials. Packaging for the fashion industry will require a soft finish and a premium aesthetic, while a bag for technical or industrial products must prioritize durability and the legibility of codes and instructions.

The Teamplast technical team actively collaborates with the customer to define:

1. The ideal format of the packaging based on the volume of the product.

2. The type of film (LDPE, HDPE or innovative materials).

3. The color rendering and the finishes (glossy, matte or transparent).

4. The logistical needs, ensuring that the print resists handling, storage and external agents.

Innovation and sustainability: printing in the era of the circular economy

The market's shift toward sustainability also directly affects the printing department. Designing single-material packaging that's easier to recover and recycle requires specific expertise in choosing inks and application techniques. Teamplast Srl closely monitors this transformation, developing solutions that combine high technical performance and aesthetic quality with the need to reduce environmental impact.

The goal is to create packaging that is "beautiful and sustainable," where printing does not hinder the recycling process but enhances the plastic material (LDPE/HDPE) chosen for its ability to re-enter the production cycle.

Teamplast as a strategic partner

In a global market where product protection and visual communication must coexist without compromise, choosing a partner with expertise in flexible packaging printing is a strategic decision. Teamplast Srl, thanks to its many years of experience and a cutting-edge printing department, offers much more than a production service: it offers comprehensive consultancy to transform every package into a brand asset.

Because today, packaging must do more than simply contain and protect; it must be able to speak, stand out, and, above all, convey the excellence of the product it contains. Investing in Teamplast print quality It means giving voice to your product and protecting the value of your company.

Innovation in the packaging sector is undergoing an unprecedented transformation, driven by the need to find alternative raw materials that are truly sustainable and less dependent on fossil fuels. This cutting-edge scenario includes: European project Multiply, a strategic initiative funded by the programme Horizon Europe, which promises to redefine the standards of the circular bioeconomy.

The aim of the project is extremely ambitious: to develop 10 new products for 5 different application sectors, using the microalgae as a biological alternative to petrochemical or food-grade raw materials. This challenge combines materials science, biotechnology, and industry, aiming to create a low-impact production ecosystem.

Microalgae: A strategic resource for the circular bioeconomy

Microalgae represent one of the most promising frontiers for modern industry. Unlike terrestrial crops, they do not require agricultural land for food production and possess extremely rapid growth, capturing large amounts of CO2 during their development. Thanks to their biochemical versatility, they can be cultivated to produce functional compounds with high added value.

In the context of the Multiply project, research focuses on five specific species, selected for their unique properties:

• Diatoms: unicellular algae characterized by a silica skeleton, useful for structural applications.

• Arthrospira (Spirulina): known for its high protein content and functional pigments.

• Tetraselmis and Nannochloropsis: lipid-rich species, ideal for the production of bio-based oils.

• Chromochloris zofingiensis: studied for its ability to accumulate carotenoids and complex molecules.

From these biomasses, researchers aim to extract biopolymers and natural additives capable of giving packaging barrier and mechanical properties comparable to those of traditional plastics.

The packaging challenge: from compostable films to barrier coatings

The packaging sector plays a central role within Multiply. Research is aimed not only at creating a biodegradable material, but also at developing technical solutions that solve complex problems in modern logistics. Among the most relevant applications are:

1. High-performance compostable films: flexible packaging capable of degrading naturally without leaving microplastics.

2. Barrier coating for paper substrates: The goal is to create protective layers derived from algae that make the paper resistant to grease and water. This would eliminate traditional paper/polyethylene laminations, making the final packaging much easier to recycle in the paper recycling circuit.

3. Bio-based solutions for flexible packaging: The use of algal oils for the synthesis of new polymers allows for a reduction in the carbon footprint of plastic packaging production.

Active packaging and new features for the market

A revolutionary aspect of Multiply concerns the concept of active packaging, especially applied to the cosmetics sector. In this case, the packaging ceases to be a simple passive container. Thanks to the integration of algal extracts and encapsulation matrices, the packaging interacts positively with the contents, ensuring greater stability of the active ingredients and prolonging the shelf life. shelf life of the product. This approach reduces the need for added chemical preservatives in formulations, offering the end consumer a more natural and safe product.

Innovation, Research, and Sustainability: the future of flexible packaging

The packaging sector is undergoing a profound and irreversible transformation. Microalgae, biomaterials, and innovative coatings are just some of the technologies that could radically change the way we design and consume packaging in the coming years. However, technology alone is not enough: an industrial vision is needed to translate research into solutions applicable on a large scale, while maintaining the production efficiency required by the global market.

For companies like Teamplast Srl, closely following these evolutions means not only remaining competitive, but actively driving the change towards a more responsible business model. The ideal participation in this flow of innovation involves planning that prioritizes simplification of structures. While on the one hand European research such as the Multiply project opens the doors to new bio-based polymers, on the other hand the flexible packaging industry has already identified in monomateriality the key to effective recycling.

In the world of fashion and accessories, the quality perceived by the customer does not only depend on the final product. Even the packaging It plays a fundamental role: it is the first point of contact and the tool that guarantees protection, presentation, and enhancement of the garment at every stage of the supply chain, from production to sale.

In this scenario, the solutions developed by Teamplast Srl represent a concrete response to the needs of companies in the fashion system. Thanks to LDPE bags and packaging custom-designed, it is possible to combine safety, practicality and strong aesthetic customization.

Effective protection against dust, moisture and scratches

Clothing, leather goods, and fashion accessories are extremely delicate products. During transportation or internal handling, the risk of damage is high: dust, humidity, rubbing, or small impacts can compromise the product's appearance before it even reaches the customer.

The LDPE bags produced by Teamplast Srl They offer an excellent protective barrier against external agents. Thanks to their strength, softness, and flexibility, these solutions are ideal for packaging:

• Delicate clothing and textile items;

• Bags, belts and small leather goods;

• Fashion accessories of all kinds.

LDPE material is essential for avoid superficial abrasions and micro-scratches, a vitally important detail especially when dealing with premium products or the luxury sector.

A lightweight yet extremely durable packaging

One of the main technical advantages of low density polyethylene (LDPE) is the perfect balance between lightness and strength. The envelopes are easy to handle on production lines and in logistics, maintaining high tear and puncture resistance.

For companies in the fashion sector, the adoption of this packaging translates into immediate competitive advantages:

• Reduction of returns due to damage during transport;

• Better preservation of the goods in stock;

• Shipping cost optimization thanks to its low weight;

• Greater efficiency in packaging operations.

Furthermore, Teamplast Srl's production flexibility allows for the creation of custom packaging, perfectly adapted to the size and specific characteristics of the product being protected.

Brand enhancement and coordinated image

In the fashion industry, packaging is also a powerful communication tool. A personalized bag is more than just a container, but an element that strengthens brand identity and enhances the shopping experience.

The solutions of Teamplast can be customized down to the smallest details:

• Insertion of company logos and dedicated prints;

• Choice between transparent or opaque finishes;

• Creation of special formats and practical and safe closing systems.

This allows brands to maintain aesthetic consistency and impeccable professionalism throughout their supply chain, from the artisan workshop to the boutique.

Sustainability and attention to material recovery

Today the fashion world is increasingly oriented towards responsible choices. single-material LDPE bags They also represent an efficient solution from an eco-sustainability perspective. Being easily recyclable, they facilitate end-of-life management of the packaging, contributing to a more circular textile supply chain.

Teamplast Srl constantly invests in the development of technical solutions that combine high quality performance with the growing environmental awareness of today's market.

Teamplast: experience and tailor-made solutions for fashion packaging

Every fashion product has different needs: a delicate garment, a luxury bag, or a technical accessory require specific protection. Thanks to our long experience in the fashion sector, flexible polyethylene packaging, Teamplast Srl supports companies in the sector in the creation of packaging designed to ensure protection, logistical efficiency, and aesthetic quality.

In a market where image and quality are everything, choosing the right packaging means protecting not only the product, but the very value of the brand.

In the flexible packaging sector, extrusion technology is the heart of the production process. It is at this stage that the raw material is transformed into a logistical and protective solution. However, today's market demands a quantum leap: it's no longer enough for packaging to be technically high-performance; it must be intrinsically sustainable.

In this scenario, the solutions monomaterial in LDPE (Low-density polyethylene) has established itself as the new benchmark. Designing packaging using a single polymer allows for production efficiency, product protection, and, above all, true and simplified recyclability.

The LDPE extrusion process: precision and technology

Extrusion is a continuous thermomechanical process that transforms polymer granules into a thin, resistant plastic film, used for the production of industrial reels, bags, and pouches. To achieve an excellent product, the process must be monitored with extreme precision at every stage.

1. Controlled power supply and fusion

The LDPE granules are fed into a hopper and conveyed into the extruder. Here, a worm screw pushes the material through temperature-controlled zones. During this stage, the polymer is:

• Heated up to the optimum melting point.

• Plasticized to eliminate any discontinuity.

• Made homogeneous, ensuring that the mechanical properties are constant across the entire surface of the future film.

2. The passage through the die: the heart of the monomaterial

The molten polymer is forced through a circular die. In the case of Teamplast solutions, the use of dies specifically designed for the single material ensures that the film maintains a uniform atomic structure. The quality of the die determines critical variables such as:

• The constancy of the thickness (micro-framing).

• There resistence to traction and drilling.

• THE'’uniformity optics and structure of the material.

3. “Blown Film” technology (bubble extrusion)

At the exit of the die, the blown air expands the material, creating a "bubble" that develops vertically. This phase is technically defined as biaxial orientation: the material is stretched both longitudinally and transversally. This process:

• Stabilizes the molecular structure of LDPE.

• Defines the elastic and barrier properties.

• It allows the film to cool gradually before being wound onto reels.

Why monomaterial represents the real ecological breakthrough

For decades, the packaging industry has made extensive use of structures multilayer, combining different polymers (such as PE, PET, and PP) to combine their properties. Although effective in protection, these materials have an insurmountable limitation: the difficulty of recycling.

Multilayered materials are complex, if not impossible, to separate mechanically. Consequently, much of this packaging ends up in waste-to-energy plants or landfills, disrupting the circular economy.

The technical and environmental advantages of monomaterial LDPE

Switching to an all-LDPE structure offers advantages that positively impact the entire supply chain:

1. Total and simplified recyclability: A film composed of a single polymer is easily identified by optical scanners in sorting plants. It can be ground and regenerated into new granules without undergoing degradation due to contamination from other materials.

2. Recovery of secondary raw materials: The single-material allows production waste to be reintroduced directly into the production cycle, reducing dependence on virgin polymer derived from fossil sources.

3. Logistics simplification: Managing a single material reduces the complexity of laboratory testing and ensures greater predictability of packaging behavior during the sealing and automatic packaging phases.

Uncompromising performance: the challenge won by Teamplast

A myth that needs to be dispelled is that single-material solutions perform less well than laminated solutions. Thanks to technological innovation in extrusion lines, it's now possible to produce LDPE films with excellent characteristics:

• Superior mechanical resistance: Ideal for heavy industrial packaging.

• High weldability: Essential for ensuring the airtightness of bags on high-speed packaging lines.

• Transparency and brilliance: To enhance the aesthetics of the contained product.

• Workability: Film flows smoothly through automatic machines, reducing downtime and waste.

Conclusion: designing tomorrow's recycling today

For Teamplast, the extrusion phase is not just a physical transformation of the material, but the practical act through which the company's environmental responsibility is realized. Choosing a single material means adopting the principles of Design for Recycling: design packaging by considering the moment when it will cease to be useful and will have to return to being a resource.

In a global market where ESG criteria have become fundamental evaluation parameters, offer solutions in monomaterial LDPE means actively supporting our customers in achieving their sustainability goals, without ever sacrificing the protection and quality that the industrial sector requires.

This recognition represents a significant evolution compared to the already prestigious Gold Medal won in 2024. Going Platinum isn't just a color change, but an unmistakable signal: Teamplast is now placed in the’global elite of the most virtuous companies in the field ESG (Environmental, Social, and Governance), confirming a leadership based on responsibility and scientific innovation.

What is EcoVadis and why is it the global sustainability standard?

EcoVadis is the world's most trusted and recognized corporate sustainability rating platform. Its aim is to provide an accurate and objective picture of a company's performance through a rigorous documentary analysis based on international standards such as ISO 26000, the United Nations Global Compact and the GRI (Global Reporting Initiative).

The rating system EcoVadis analyzes four fundamental pillars:

1. Environment: Carbon footprint management, energy efficiency and waste reduction.

2. Ethics: Transparency in business transactions and the fight against corruption.

3. Human Rights and Labor Practices: Safety at work, employee inclusion and well-being.

4. Sustainable Purchases: Supply chain monitoring to ensure that suppliers also comply with ethical and environmental criteria.

Obtaining a high rating means demonstrating to stakeholders and customers that the quality of company processes is verified by an independent third party, eliminating any risk of greenwashing.

From Gold to Platinum: The Excellence of the Global Elite

While the Gold Medal places a company at the top of the evaluated companies, there Platinum Medal It is reserved exclusively for a very small percentage of companies worldwide. For Teamplast, This category leap is the result of a year of strategic investments and in-depth optimization work that involved every department of the organization.

The improvement in the score was driven by concrete actions:

• Optimization of production processes: Reducing energy intensity per unit of product in the flexible plastic packaging sector.

• Advanced environmental management: Implementation of increasingly precise monitoring systems for waste recovery.

• Transparency and compliance: Consolidation of ethics policies and internal reporting.

• Supply Chain Responsibility: Actively engage suppliers to raise sustainability standards across the entire supply chain.

A strategic advantage for our partners and customers

In a global market where the CSRD (Corporate Sustainability Reporting Directive) and ESG criteria increasingly influence purchasing decisions, Partnering with an EcoVadis Platinum Medalist supplier offers immediate competitive advantages for manufacturing companies.

Choosing Teamplast means for customers:

• Total reliability guarantee: The certainty of a partner that operates according to the highest ethical and environmental standards worldwide.

• Risk Mitigation in the Supply Chain: Reducing reputational and operational risks associated with supplier management.

• Alignment with ESG objectives: Ease of reporting the sustainability of your packaging within your sustainability report.

• International compliance: Facilitating access to foreign markets, where ESG ratings are often an essential prerequisite for supplier qualification.

In Teamplast, We are aware that being assessed by EcoVadis means speaking a common language with the largest global organizations, ensuring fluidity and trust in business relationships.

Responsibility in the flexible packaging sector

The plastic packaging sector is often at the center of the ecological debate. Teamplast faces this challenge with a rational approach: the difference does not lie in the material itself, but in his management throughout the entire life cycle.

The Platinum Medal is proof that even in the plastics sector it is possible to excel if you invest in:

• Ecodesign: Design packaging that requires fewer resources and is easily recyclable.

• Circular Economy: Promote mechanical recycling and the use of recovered polymers.

• Efficiency: Reduce the logistics and production footprint.

A look to the future: sustainability as continuous improvement

The EcoVadis 2025 Platinum Medal does not represent a point of arrival for us, but a fundamental stage in a dynamic journey. Sustainability is not a static condition, but a process of continuous improvement fueled by innovation and shared responsibility.

The commitment of Teamplast for the future it is clear: continue to invest in cutting-edge technologies and human capital to offer packaging solutions that are not only high-performance and safe, but which represent the benchmark for industrial sustainability.

Getting this recognition motivates us to do even more, maintaining transparency and integrity as compasses for all our business choices.

To answer this question, a research conducted by the’University of Ferrara scientifically analyzed three different solutions:

1. Bottles in PET (polyethylene terephthalate, traditional plastic).

2. Bottles in PLA (polylactic acid, compostable bioplastic).

3. Bottles in reusable aluminum (water bottles).

The study used the methodology LCA (Life Cycle Assessment), a holistic approach that allows us to quantify the environmental impact of a product throughout its entire life cycle.

The LCA methodology: measuring the invisible

LCA is now internationally recognized as the most rigorous tool for assessing sustainability. Unlike a superficial analysis based solely on the "end of life" (whether an object is recyclable or not), LCA examines every single phase:

• Extraction of raw materials: the energy and resources needed to obtain the polymer or metal.

• Transformation processes: CO2 emissions and water consumption during production.

• Transport and distribution: the logistical impact based on the weight and volume of the packaging.

• Usage phase: including washing and maintenance processes.

• End of life: energy recovery, mechanical recycling or composting.

This approach avoids so-called “burden shifting,” i.e. the shifting of environmental impact from one phase of the life cycle to another, ensuring a transparent overview.

PET: Industrial efficiency at the service of the environment

A surprising fact emerged from the research concerns the PET. Contrary to the common narrative that demonizes plastic, the study highlights how polyethylene terephthalate bottles have a lower environmental impact than bioplastics (PLA) in most of the categories analyzed.

There are many factors that determine this advantage:

• Production efficiency: PET molding and blowing processes have been optimized over decades of industrial evolution, minimizing energy waste.

• Mechanical recyclability: PET is a noble polymer that can be recycled infinitely. The transition to r-PET (recycled PET) allows to reduce CO2 emissions by up to 30% compared to production from virgin material.

• Logistics: The lightness of the material drastically reduces the impact of transport.

For the flexible packaging sector, this study confirms a fundamental truth: plastic, if inserted into a correct management system, is not waste but a precious resource.

The Limits of PLA: When Bioplastic Isn't a Panacea

PLA is often perceived as the ultimate solution because it's plant-based and biodegradable. However, the University of Ferrara's LCA analysis highlights significant critical issues:

1. Agricultural impact: The production of PLA requires large crops of corn or sugar. This leads to high land consumption, use of fertilizers and pesticides, which contribute to critical phenomena such as’eutrophication of waters.

2. Complex end of life: Just because it's compostable doesn't mean it disappears into the natural environment. It requires specialized industrial composting facilities, and unlike PET recycling, the degradation process doesn't generate benefits in terms of saving raw materials.

3. Carbon balance: The agricultural phase of PLA may have a greater impact on global emissions than the controlled synthesis of traditional polymers.

In short, biodegradability is an important property for preventing littering, but it does not necessarily mean a lower carbon footprint.

Reusable aluminum: the washing mystery

Aluminum water bottles have become the symbol of the fight against single-use plastic. While reducing physical containers is a noble goal, the study introduces an often overlooked variable: the impact of maintenance.

Analysis shows that washing reusable bottles daily increases their environmental impact exponentially. The use of hot water, chemical detergents, and electricity for heating increases the bottle's ecological footprint, in some cases, to as much as two orders of magnitude higher Compared to a properly recycled disposable bottle, the benefits of aluminum only materialize after hundreds of uses and only if maintenance is performed with extremely energy-efficient criteria.

The hygiene-sanitary factor

The study doesn't overlook safety. While disposable PET bottles guarantee extremely high standards of hygiene and sterility, reusable bottles show a rapid increase in bacterial load if not washed properly. This adds a dimension of microbiological risk that must be considered when choosing packaging.

Towards a science-based circular economy

The research findings clearly indicate that there is no "perfect" material. Sustainability is the result of a coordinated system where priorities remain Reduce, Reuse and Recycle, but with greater technical awareness:

• PET recycling It is today the most mature and efficient solution for mass distribution.

• Reuse It is only advantageous if supported by conscious management of water and energy resources.

• Innovation in bioplastics must aim to reduce the impact of the agricultural phases to become truly competitive.

Conclusions for the packaging industry

For realities like Teamplast, These data confirm that the path to the future must be paved by science, not prejudice. Flexible and rigid plastics play a crucial role in protecting products and reducing food waste.

The real challenge is not to replace one material with another, but to implement a model of circular economy where every design choice is guided by life cycle analysis. Sustainability means managing the system, optimizing recycling, and using materials whose physical and environmental properties offer the best balance between product protection and planetary protection.

A complete range for the industrial sector: versatility and innovation

Teamplast's industrial offering stands out for its breadth and adaptability to multiple applications. Each product is the result of technological research aimed at combining mechanical strength and ease of use.

Among the main solutions proposed are:

• Polyethylene bags (LDPE and PE): Available in plain, colored, or printed versions, these bags are the standard for protecting mechanical and electronic components, providing an effective barrier against dust and moisture.

• Envelopes with technical closures: Solutions featuring snap closures, sliders, or adhesive flaps, designed to ensure maximum content security and facilitate opening and closing in warehouse environments.

• LDPE or PP film in reels: Specific products for integration into automatic packaging lines, where thickness consistency and material runnability are critical factors for hourly efficiency.

• Technical strips and films: Used for load stabilization and surface protection during internal and external logistics phases.

• Packaging for small parts and technical components: Dedicated solutions for the management of small plastic or metal elements, where dimensional precision of the packaging is essential.

This variety allows us to cover the entire spectrum of industrial needs, from the protection of semi-finished raw materials to the packaging of the finished product destined for the global market.

The value of total customization: beyond the standard

Teamplast's real competitive advantage lies in its ability to overcome the concept of "catalogue product" in favor of a total customization. In industry, standard dimensions often lead to inefficiencies: too large a package increases shipping volumes, while too thin a package compromises safety.

Teamplast intervenes by customizing each critical variable:

1. Dimensions and Thicknesses: Calibrated based on the weight and geometry of the product to be contained.

2. Materials: Careful selection between different polymers to ensure specific barrier properties or elasticity.

3. Aesthetics and Branding: High-definition multi-color printing available to transform packaging into a marketing tool.

4. Technical Additives: Addition of anti-UV, antistatic or slip agents to improve the performance of the plastic film under extreme conditions of use.

This approach allows companies to obtain packaging that is perfectly integrated into their workflow, drastically reducing material waste and packaging times.

The consultative approach: a partner for the supply chain

What distinguishes Teamplast in the market is the evolution of the role of the supplier into that of project partner. The sale of the product is only the final step in a technical consultancy process that accompanies the customer through every phase.

Teamplast's integrated service includes:

• Needs Analysis: In-depth study of the client's logistics processes to identify the best performing solution.

• Technical design and graphic support: Development of layouts optimized for print and functionality.

• Strict quality control: Each production batch is subjected to stringent tests to ensure compliance with the required technical parameters.

• Advanced logistics: Dynamic warehouse and inventory management and direct delivery to ensure supply continuity (Just-in-Time), minimizing storage costs for the customer.

Over 50 years of experience: certified quality and reliability

With over half a century of experience in plastics, Teamplast has consolidated its unique expertise. Complete control of the production chain, managed in-house from the selection of virgin granules to final processing, ensures complete traceability and unparalleled quality consistency in the industry.

The reliability of the company translates into a production continuity This protects customers from line downtime or material defects, factors that can lead to significant costs in the industrial sector. Each package complies with current regulations, ensuring high standards for even the most demanding sectors.

Environmental sustainability: a concrete responsibility

At a time when environmental impact is a global priority, Teamplast has integrated the principles of the circular economy into its business model. Sustainability isn't just a declaration of intent, but a set of concrete technical actions:

• Recyclable 100% materials: Use of polymers that can be reintroduced into the production cycle after use.

• Waste recovery: An internal system for recycling processing waste drastically reduces the production of industrial waste.

• Ecodesign: Designing packaging that requires less raw material while maintaining the same mechanical strength (downgauging).

This commitment allows partner companies to improve their sustainability indicators (ESG), responding positively to the demands of an increasingly environmentally conscious market.

Why choose Teamplast for industrial packaging

Relying on Teamplast means choosing a company that combines the strength of tradition with the flexibility of innovation. In short, the cornerstones of Teamplast's service are:

• Consolidated know-how in decades of activity.

• Production flexibility for lots of variable size.

• Specialist technical support from the idea phase to post-sales.

• Certified quality and constant performance monitoring.

• Future-oriented vision through sustainable practices.

In an industrial context where efficiency is the key to competitiveness, Teamplast's custom packaging represents a strategic investment capable of generating real value along the entire value chain.

In recent years, sustainability has become increasingly important in the world of sports. Stadiums, events, and sporting events are places where millions of people meet and share passions, thus becoming an ideal context for spreading good environmental practices.

It is precisely in this direction that the memorandum of understanding signed between CONI and CONAI, which aims to promote a more sustainable management of sporting events and to strengthen the culture of recycling within sporting facilities and events.

The agreement was presented in Milan as part of initiatives related to the major international sporting events that will see Italy as a protagonist in the coming years.

Waste sorting and sustainable management of sporting events

The protocol introduces guidelines aimed at improving waste management during sporting events and demonstrations. The goal is to promote more effective waste sorting and promote the recycling of key packaging materials, including:

• plastic
• paper
• glass
• aluminum
• steel
• wood
• compostable bioplastics

This model could become a point of reference for sports federations, event organizers, and sports clubs, orienting the entire system toward increasingly higher environmental standards.

Information and awareness: the role of sport

One of the most important aspects of the agreement concerns information and awareness programs, designed especially for younger generations.

Sport has an extraordinary capacity for communication: athletes, teams, and clubs represent positive role models and can help spread responsible behavior, including environmental ones.

Bringing a culture of recycling into stadiums and sporting events means transforming every event into a concrete opportunity for environmental education, where the act of recycling becomes a daily habit.

Teamplast and packaging for the sports sector

Teamplast has been operating in the Italian sports sector for years, producing LDPE shopping bags and bags compliant with current regulations, intended for official stores and sports club stores.

These products are designed to ensure quality, durability, and practicality, but also to comply with the environmental regulations governing the packaging sector.

For those working in the plastics processing industry, it's particularly positive to see how the world of sport is increasingly investing in raising public awareness and promoting responsible behavior.

When information, education, and proper materials management work together, it becomes possible to build a more sustainable system, in which even simple packaging can become part of a virtuous path of recycling and resource valorization.

Discover sustainable solutions for sports packaging

Want to learn more about the use of LDPE polyethylene and plastic solutions for the sports industry?

Contact us to develop durable, compliant, and sustainability-oriented packaging solutions.

The circular economy is opening up new perspectives for the reuse of plastics. A growing number of projects demonstrate how materials from separate waste collection can be transformed into innovative products that benefit the community.

An interesting example comes from Stradella, in the province of Pavia, where a trial has been launched that involves the use of recycled plastic to create components for public lighting.

Some of the streetlights installed in the city are actually produced using a significant percentage of recycled plastic. The project will allow us to monitor the durability of the materials, energy consumption, and overall system performance over time.

These types of initiatives demonstrate how plastic, if properly collected and regenerated, can be transformed into a new resource for technical and infrastructural applications.

The role of LDPE polyethylene in plastic recycling

Among the most important materials in this sustainability journey we find LDPE (low-density polyethylene), one of the most widespread plastics in the packaging sector.

The success of this material is linked to some fundamental characteristics:

• high flexibility
• excellent resistance to atmospheric agents
• great lightness
• good durability over time
• high recyclability

It is precisely these properties that allow the LDPE polyethylene to be recovered and transformed into new secondary raw material, usable in various industrial sectors.

Polyethylene recycling therefore represents not only an environmental advantage, but also an important opportunity to develop innovative and sustainable products.

A concrete step towards the circular economy

Experiments using recycled plastic for urban applications demonstrate how recycling can become a concrete resource for the future.

When plastic waste is properly separated, sorted, and regenerated, it can be given a new lease of life as useful, durable products. This process reduces the consumption of virgin raw materials and valorizes materials that would otherwise be considered waste.

LDPE, thanks to its versatility and technical performance, will continue to play an increasingly important role in the development of sustainable industrial solutions and the evolution of the circular economy.

Learn more about sustainable plastic solutions

Want to learn more about the potential of LDPE and recycled plastics in industrial and urban applications?

Contact us to learn about concrete, sustainable, and tailor-made solutions for your project.