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INNER CORES FOR REELS: A GUIDE TO CHOOSING BETWEEN CARDBOARD AND RECYCLED PLASTIC

Circular economy
rMIX: Il Portale del Riciclo nell'Economia Circolare - Inner cores for reels: a guide to choosing between cardboard and recycled plastic
Summary

- Introduction: The importance of coil cores

- Laminated cardboard: lightness and sustainability

- Recycled plastic: resistance and reliability

- Main differences between cardboard and plastic

- Environmental sustainability: cardboard vs plastic

- Costs and economic considerations

- How to choose the right soul for your production

- Conclusion: Finding a balance between efficiency and corporate values

Sustainability and Performance Compared: Which Core to Choose for Our Production?


By Marco Arezio

Industrial reel cores may seem like a minor detail, but in reality, they play a crucial role in ensuring efficiency, quality, and sustainability in production processes. Among the most common options, recycled layered cardboard and recycled plastic represent two materials with very different characteristics. The choice doesn’t depend solely on cost but also on specific applications and corporate values. Let’s explore the unique features of each material and determine how to make the right choice.

Layered Cardboard: Lightness and Sustainability

Recycled layered cardboard, derived from waste paper, is a practical and ecological solution. Through a process of layered compression, lightweight and durable tubes are created, often enhanced with waterproof coatings to increase their longevity.

This material is ideal for less demanding applications, such as paper reels or thin films, where lightness and ease of handling are advantageous. However, cardboard can be vulnerable in humid environments or under heavy loads, risking deformation that could compromise the wrapped product.

From an environmental perspective, cardboard is unbeatable: biodegradable, recyclable, and fully aligned with the principles of the circular economy. Once it reaches the end of its life cycle, it can be easily reused or composted, contributing to waste reduction.

Recycled Plastic: Strength and Reliability

Recycled plastic, made from polymers such as polypropylene (PP) or polyvinyl chloride (PVC), is designed for more demanding applications. Through processes of shredding, melting, and extrusion, robust and durable tubes are created, capable of withstanding heavy loads and challenging environmental conditions.

This option is perfect for reels wrapping heavy fabrics or technical materials, where durability and stability are essential.

Although plastic is not biodegradable, its extended lifecycle and recyclability reduce its overall environmental impact. However, the energy costs of its production process are higher than those of cardboard.

Which Core Should You Choose for Your Production Needs?

The decision between cardboard and plastic depends primarily on the application context. Here are some guidelines to help you decide:

If you work with lightweight materials: Cardboard is the ideal choice for paper reels, lightweight films, or processes with moderate loads. It is perfect for those aiming to reduce costs and maximize sustainability.

If you need strength and durability: For intensive cycles or heavy materials, such as technical fabrics, plastic is indispensable. Its strength offsets the higher initial investment.

If you operate in humid or challenging environments: Plastic ensures stability even in demanding conditions, while cardboard may degrade.

If you have ambitious environmental goals: Cardboard is the most eco-friendly choice, but plastic can also be a sustainable solution if properly recycled.

Balancing Efficiency and Corporate Values

There is no one-size-fits-all solution: each material has its strengths and limitations. Cardboard excels in terms of sustainability and cost-effectiveness, while plastic offers superior performance for more demanding applications.

Adopting a conscious approach means evaluating your priorities: Is it more important to optimize costs, ensure maximum durability, or reduce environmental impact? The answer will guide your choice, ensuring not only optimal results but also a meaningful contribution to a more sustainable and responsible future.

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