From Tire to Infrastructure: Giving High-Performance Steel a Second Life

How end-of-life tire steel is creating new value through circular construction

For decades, tire manufacturers have focused on extending tire life, improving fuel efficiency, and reducing environmental impact throughout the product lifecycle.

But an important question remains: what happens to the high-performance steel reinforcement once a tire reaches the end of its life?

Every year, millions of end-of-life tires are collected worldwide. While much attention is given to recovering rubber and energy, the tire also contains a highly engineered material with significant remaining value: steel cord.

Traditionally, recovered tire steel is recycled through conventional remelting processes. While recycling remains an essential part of the circular economy, it is not always the highest-value destination for a premium material that was originally designed to meet demanding performance requirements.

Today, new opportunities are emerging to keep this steel in productive use and create additional value beyond the tire industry.

The hidden value inside every tire

Modern tires are sophisticated engineering products.

A truck tire can contain up to 20-25% steel, carefully designed to deliver strength, durability, safety, and performance under demanding operating conditions.

This steel has already required energy, resources, and technical expertise to produce. When recovered at the end of the tire's life, it represents much more than scrap.

It represents an opportunity.

As industries worldwide seek ways to reduce carbon emissions, improve resource efficiency, and demonstrate circularity in practice, recovering and repurposing valuable materials becomes increasingly important.

For tire manufacturers, this creates the opportunity to extend the sustainability story of their products beyond the road.

Circularity beyond recycling

The circular economy is often associated with recycling. However, not all recycling routes create the same value.

Increasingly, companies are looking for ways to preserve the embedded value of materials for as long as possible.

One example is the transformation of recovered tire cord steel into reinforcement solutions for concrete construction.

Through carefully controlled processing, steel recovered from end-of-life tires can be separated, cleaned, classified, and repurposed into high-performance steel fibers used to reinforce concrete structures.

Rather than returning the material to a furnace, the steel gains a new life in industrial floors, infrastructure, precast applications, and ultra-high-performance concrete.

This approach keeps valuable material in use while reducing the need for new virgin resources.

Creating value across industries

What makes this innovation particularly interesting is that it creates value for multiple industries at the same time.

For construction, it offers a lower-carbon reinforcement solution that supports circular building practices.

For tire manufacturers, it demonstrates that the materials embedded within their products can continue generating value long after the tire itself has reached the end of its service life.

This creates a powerful sustainability narrative:

Steel that once reinforced mobility can now reinforce infrastructure.

The same material that helped move people and goods around the world can continue contributing to society in a completely new application.

Supporting sustainability ambitions

Across the tire industry, sustainability expectations continue to increase.

Customers, regulators, investors, and society are all asking similar questions:

• How are materials sourced?
• How are resources managed?
• What happens at end of life?
• How can industries reduce Scope 3 emissions?
• How can circularity be demonstrated in practice?

While no single innovation answers all these questions, circular solutions like Dramix® Loop™ showcase what is possible when industries collaborate across value chains.

They provide tangible examples of how waste streams can become value streams.

More importantly, they help move circularity from concept to reality.

Turn Circularity into a Visible Project

For many tire manufacturers, circularity ambitions are already well established. The challenge is often making them tangible, measurable, and visible to customers, employees, investors, and other stakeholders.

Dramix® Loop™ creates an opportunity to do exactly that.

Imagine a new warehouse, production facility, logistics center, test track, R&D center, or office expansion where the concrete floor is reinforced using steel recovered from end-of-life tires. Steel that once reinforced mobility can now help build the infrastructure supporting the next generation of mobility.

Together, Bekaert and tire manufacturers can explore opportunities to:

• Incorporate Dramix® Loop™ in new construction projects and facility expansions.
• Create joint sustainability case studies demonstrating circularity in action.
• Develop co-marketing initiatives showcasing innovative end-of-life tire solutions.
• Communicate measurable environmental benefits and resource savings.
• Demonstrate how high-value materials can remain in use beyond their original application.
• Create industry-leading examples of circular economy principles in practice.

This transforms circularity from an ambition into a concrete project with a compelling story:

From tire to infrastructure. From mobility to construction. From end-of-life to new value.