Circular Description

From textile waste to new clothing.

This is how the process of transforming textile waste into new clothing works.
In essence, the circular process of mechanically recycling clothes and textiles involves the following steps:

1. Submission of textile waste
2. Sorting (separating recyclable clothing)
3. Automated sorting by material type and color
4. Shredding
5. Carding into open fibers
6. Spinning of new yarns
7. Manufactoring of new fabrics
8. Production of new clothing

There will also be a portion of textile waste that is NOT suitable for mechanical recycling, which can instead undergo chemical recycling or other processes such as upcycling or downcycling.

Read more about each step in more detail below the illustration.
Read about our sorting process

The Process

1

DEPOSITION OF TEXTILE WASTE:
We collaborate with various waste textile suppliers, categorized into four main groups:

- Recycling centers/municipalities
- Textile industry
- Laundries
- NGOs

2

DISTRIBUTION:
To prevent textiles from developing odors or rotting due to moisture, swift processing is essential. Distribution begins by ensuring textiles are not stacked, allowing for a clear overview of the quantity on the conveyor belt. We implement traceability at the batch level for quantity monitoring.

3

PRE-SORTING:
Following distribution, a preliminary sorting stage takes place, separating all items that are not textiles. Moreover, damp and malodorous textiles are segregated, with a specific sorting process aimed at identifying materials suitable for potential reuse.

4

SORTING:
This is the core of NewRetex's sorting process. Textiles are sorted based on material type, material composition, structure, and colors. We use a well-established technology that has been further developed for more accurate data. After data registration, conveyor belts are used to distribute the different materials into the correct fractions.

5

SHREDDING:
Depending on the subsequent processes, qualities are shredded into different sizes and transformed into open fibers if they are to be spun into yarn.

6

SEPARATION OF TEXTILES AND BUTTONS, ETC:
To facilitate the recycling process, whether chemical, mechanical, or thermal, it's crucial to separate the "hard parts" such as buttons, zippers, embellishments, etc. This separation process is mechanical.

7

TYPES OF RECYCLING:
There are three main types of recycling that can "transform textiles into new fibers": mechanical, chemical, or thermal. The different recycling types depend on input, i.e., quality, while others depend on colors. For this reason, we specialize in detailed sorting in material, color, and structure.

Our goal is to keep as significant quantities as possible within the same loop, ensuring that clothing becomes clothing again. However, some quantities are 'downcycled' and enter new product categories such as paper, insulation, panels, etc., while others are incinerated if the material composition cannot be recycled or if textiles are wet or soiled.

8

FINISHED PRODUCTS READY FOR SHIPPING:
We work with a Danish and European setup for further recycling processes, where the shredded textiles end up as new yarn and fabric.

9

RECYCLING PROCESS: 
The actual recycling is performed by other companies than NewRetex. Here, we operate within a Danish/European setup to ensure knowledge and development in nearby markets.

10

TRADITIONAL TEXTILE PROCESS:
Now begins the traditional manufacturing process where yarn, fabrics, etc., transform into a finished product, such as a T-shirt.

11

TAKE BACK SYSTEM:
We offer a Take Back system for companies that want to submit textile waste, discarded textiles, claims, cutoffs, and remnants for recycling. We provide tailored solutions and also offer complete loops where the same company submits and receives textiles.
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NewRetex News – from textile waste to fashionable yarns

Find out more about how we're turning post-consumer textile waste into yarns