Textile Recycling: Infibrity’s 100% Circular Solution
Textile Recycling: Infibrity’s 100% Circular Solution
The impact of the textile industry in numbers
10% of global CO₂ emissions
come from the textile industry
93 billion m³ of water are consumed every year
1,074 billion kWh is the estimated global electricity consumption
Three Paths for Textile Recycling:
What Is the Real Solution?
When a garment reaches the end of its lifecycle, it can follow three possible routes.
Only one of them allows real recovery, preserving material, quality, and the future.
The Infibrity logo symbolically represents these three scenarios:
Partial Recycling
Fibers are shortened and reused to produce lower-quality materials (downcycling).
A step forward, but not true circularity.
Incineration for Disposal
Garments are burned to produce energy.
This reduces waste volume but generates emissions and destroys valuable resources.
Total Circularity
The fabric is reprocessed to recover 100% of the fiber, keeping its original properties intact and enabling repeated production cycles.
The only long-term sustainable model.
Our Patent: How Total Circularity Works
At the heart of Infibrity lies an innovation that makes it possible to regenerate a fabric completely—recovering the fiber without shortening or damaging it.
This preserves quality and allows the material to re-enter the production chain.
This patented technology is the result of years of research and is effectively applied today to stitch-bond nonwoven fabrics.
The process also removes finishes applied to the fabric, allowing it to be fully regenerated.
In practical terms, the same fabric can be regenerated multiple times before the fiber shows any meaningful difference compared to virgin fiber.
Our Commitment to a Sustainable Textile Industry
Net-Zero Impact: Clean Energy
Reducing the environmental impact of electricity consumption through the installation of photovoltaic panels.
Mitigating Consumption: Patented Efficiency
Lowering the environmental impact linked to gas use in finishing processes, thanks to a patented technology that optimizes energy efficiency in the most intensive stages.
Finding the Solution: From Recycled Fiber to Regeneration
Moving beyond traditional recycled fibers—where we have over 30 years of expertise—towards a material regeneration system, aligned with the EU’s forward-looking roadmap.
Pathways to a Circular Textile
extending a product’s life to reduce its impact;
designing it with recycled materials;
or regenerating it so it is made from fibers within the same supply chain.
Our Production Modes
Sustainably Designed
Products created to last, be repaired, upgraded, or fully regenerated
Reused and Repaired
Giving objects a second life and preventing them from becoming waste
Materially Recycled
Recovering raw materials from end-of-life products to create new goods
Long-lasting
Engineered for durability and resistance to washing
Recycled
Made from fibers obtained through conventional recycling (e.g., PET bottles)
Regenerable (Circular-Ready)
Designed so that 100% of the fiber can be recovered once the textile reaches the end of its life
The Pillars of Sustainable Development
Sustainability is a balance between environment, economy, and society, with the goal of ensuring a livable and fair future for all.
Environmental Sustainability
Using natural resources responsibly to preserve ecosystems, reduce pollution, and combat climate change
Economic Sustainability
Promoting a lasting, efficient, and resilient economy that does not harm the environment and ensures long-term prosperity
Social Sustainability
Ensuring equity, human rights, access to education and healthcare, and dignified living conditions for all
Your Opinion Matters!
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Through dialogue and the exchange of ideas, we can build greater collective awareness for a better future.
From Our Blog
Insights, ideas, and perspectives on textile regeneration.
A sector evolving every day, with challenges and new opportunities.
Stay updated on key topics such as circular economy, industrial innovation, and real sustainability.