CADEL DEINKING is a technical company created to implement an innovative plastic recycling process that can remove printed ink from plastic surfaces in recycling and converting companies.

The technology developed by CADEL DEINKING lets us remove ink from plastic before it is recycled and obtain a product with a quality similar to that of new plastic. It can therefore be used in the same applications as a new material.

This technology is unique in the world, and its patent has been extended to more than 20 countries.

CADEL DEINKING owns a pilot plant in San Vicente de Raspeig (Alicante) that can process the material, following all the steps of industrial production.

In this plant, CADEL DEINKING has demonstrated the viability of the process for companies interested in acquiring the technology, mainly large film printers and recyclers.

The deinking tests carried out in the plant with the customers’ material are a key step before licensing the technology and developing the engineering in their own plants.

The companies that choose to install a deinking plant in their factories will see their competitiveness increasing, because they are going to offer their customers a high-quality recycled material.

CADEL DEINKING is working in the same direction as other industries who are trying to improve the quality of products with ever more sustainable processes and methods.

With the aim of boosting commercialization worldwide of our deinking technology, CADEL DEINKING has concluded a cooperation agreement with EREMA Group and its subsidiary KEYCYCLE. KEYCYLE will take over the function as exclusive and worldwide sales partner from January 2021,

The Deinking Process

CADEL DEINKING has developed a unique process that removes printed ink from plastics before obtaining a recycled material.

This gives the product a high added value, because printed ink spoils the recycled product both visually and in its mechanical properties.

The result of the process is an ink-free plastic with a quality very similar to that of new plastic.