Recycled rubber granules produced from the recovery and processing of end-of-life sports surfaces and rubber products, processed into different particle sizes for industrial and technical applications.

High-Performance Recycled Rubber Granules for Sports Surfaces, Playgrounds and Technical Applications

Recycled rubber granules are a high-value secondary raw material widely used in the production of sports flooring, safety surfaces and industrial applications. They provide durability, elasticity and excellent impact absorption performance.

A sustainable circular economy solution that transforms complex waste materials into high-performance secondary raw materials for industrial reuse.

Regenerated textile fluff, obtained from the recovery and processing of textile fibres and components derived from sports materials and end-of-life products.

Recycled Textile Material for Innovative Technical Applications

Textile fluff is produced through the separation, shredding and processing of recovered textile fibres. Lightweight, bulky and highly versatile, it represents a valuable secondary raw material for the development of new materials, padding solutions, technical supports and applications focused on waste reduction and circular economy practices.

A sustainable resource that gives new value to recovered textile fibres and components, contributing to waste reduction and supporting circular economy-driven material innovation.

Regenerated leather and synthetic leather materials, obtained from the recovery of leather scraps, faux leather and composite materials from technical manufacturing and the footwear industry.

Recycled Materials for Design, Furniture and Technical Applications

Regenerated leather materials are created from selected waste streams and transformed into new resources for creative, technical and industrial applications.

Thanks to their strength and versatility, they are widely used in sustainable design, furniture, accessories and composite material development.

A sustainable solution that transforms complex materials into new resources for design, industry and the circular economy.

Recycled laminated polyurethane foam (LPF) with textile backing, recovered from technical materials used in sports and industrial supply chains.

Regenerated Technical PU Foam Material for Industrial Applications

This PU foam material is obtained through the recovery of polyurethane components bonded with textile layers, transformed into a lightweight, compressible and high-performance secondary raw material.

Thanks to its soft and flexible structure, it is suitable for applications requiring comfort, cushioning and shock absorption across industrial, technical and product design sectors.

A circular economy solution that transforms complex polyurethane composites into valuable technical materials for reuse.

Recycled EVA foam, an ethylene-vinyl acetate expanded material recovered from technical components and footwear manufacturing waste, available in different forms and particle sizes.

Lightweight, Flexible and High-Performance Material for Technical Applications

EVA foam is obtained from the recovery and processing of expanded materials coming from sports, footwear and industrial supply chains. Its lightweight and flexible structure makes it an ideal technical resource for applications in flooring, design, furniture and composite materials.

Its excellent shock absorption, insulation and durability properties make it suitable for projects requiring lightness, comfort, stability and reduced environmental impact.

A sustainable circular economy solution that transforms complex expanded materials into high-value technical resources for industrial reuse.

Recycled thermoplastics obtained from production scraps and post-consumer components derived from footwear, sports materials and technical manufacturing chains.

Recycled Thermoplastic Materials for Flooring, Furniture and Technical Applications

Recycled thermoplastics are obtained from selected technical polymers such as TPU and other thermoplastic compounds, reintroduced into the production cycle as high-value secondary raw materials.

Thanks to their ability to be remelted and reprocessed, they represent an ideal solution for applications requiring durability, flexibility, mechanical strength and environmental sustainability.

A sustainable circular economy material that transforms complex plastic waste into high-performance technical solutions.