Tears polyester waste into recovered fiber for nonwovens, fillings and insulation.
| Feedstock | Polyester waste: production offcuts, worn materials, nonwovens |
| Principle | Mechanical tearing optimised for synthetic fibre |
| End product | Recovered polyester fibre |
| Fibre applications | Nonwovens, fillings, insulation, recycled yarn |
| Stages | Configurable for the desired fibre quality |
| Fibre collection | Pneumatic transport and collection |
| Control | Automatic, controlled feeding |
| Components | CE marked where applicable |
| Capacity | Configurable according to the project |
| Material | Notes |
| Polyester production offcuts | Waste from synthetic textile manufacturing |
| Worn polyester nonwovens | Discarded materials |
| Worn polyester materials | Synthetic woven and knit fabrics |
| Polyester tailoring offcuts | Waste from synthetic garment manufacturing |
| PET textile waste | PET-based textile materials |
Polyester is the most widely used synthetic fibre in the world, and polyester textile waste represents an immense volume with high recycling potential. A polyester textile waste recycling line tears polyester waste, production offcuts, worn materials, discarded nonwovens, into recovered polyester fibre, a valuable raw material for the manufacture of nonwovens, fillings, insulation materials and recycled yarn.
A polyester textile waste recycling line is optimised for the characteristics of synthetic fibre, which differs from natural fibres in strength, elasticity and tearing behaviour. Correct tearing produces a polyester fibre with optimal length and quality for the target applications. See the full range of recycling equipment and the solutions for textile recycling.
• Optimised for polyester, tuned for the characteristics of synthetic fibre, which differ from natural ones.
• Recovered polyester fibre, tearing produces reusable polyester fibre for diverse applications.
• Multiple applications, the recovered fibre is used in nonwovens, fillings, insulation materials and recycled yarn.
• Processing production offcuts, ideal for factories that generate polyester waste in production.
• Less PET waste, recovering polyester waste reduces the quantities disposed of.
• Valuable raw material, recycled polyester fibre replaces virgin fibre at a lower cost.
• Configurable tearing stages, for the desired fibre quality.
• Automatic control, automated flow with fibre collection.
| Parameter | Value |
|---|---|
| Feedstock | Polyester waste: production offcuts, worn materials, nonwovens |
| Principle | Mechanical tearing optimised for synthetic fibre |
| End product | Recovered polyester fibre |
| Fibre applications | Nonwovens, fillings, insulation, recycled yarn |
| Stages | Configurable for the desired fibre quality |
| Fibre collection | Pneumatic transport and collection |
| Control | Automatic, controlled feeding |
| Components | CE marked where applicable |
| Capacity | Configurable according to the project |
A polyester textile waste recycling line serves synthetic textile factories with production waste, manufacturers of polyester nonwovens, collection centres for synthetic textiles and manufacturers of fillings and insulation materials that use recycled polyester fibre. As polyester is the most widespread synthetic fibre, waste volumes are large and steady, ensuring an abundant raw material for recycling.
Recycling synthetic textile waste is encouraged at European level within the circular economy; a polyester textile waste recycling line delivered in Europe is designed in line with the requirements of the Waste Framework Directive 2008/98/EC. For complete textile recycling solutions, see also the complete industry solutions.
The characteristics of polyester fibre call for optimised tearing: synthetic fibre is stronger and more elastic than natural fibre, behaving differently under the action of the needle cylinders. The line is tuned for these characteristics, producing a polyester fibre with optimal length and quality for the target applications, without excessive fibre degradation.
The recovered polyester fibre has important industrial applications: in the manufacture of nonwovens (geotextiles, filtration materials, automotive upholstery), in fillings for textile articles and furniture, in thermal and acoustic insulation materials and in recycled yarn for fabrics. Recycled polyester has properties comparable to virgin polyester in many applications, at a lower cost and environmental impact.
The economics of polyester recycling are attractive: producing virgin polyester from petroleum is energy-intensive and polluting, while the mechanical recycling of polyester waste consumes far less energy and recovers a waste. Recycled polyester fibre has market value, turning production waste into a source of income for synthetic textile factories.
Processing one's own production waste is an ideal application: a synthetic textile factory that generates polyester waste can recycle it on site, reintroducing the recovered fibre into its own production or selling it. This closed loop reduces the raw material cost and the waste disposal cost simultaneously, improving the factory's economic efficiency.
| Material | Notes |
|---|---|
| Polyester production offcuts | Waste from synthetic textile manufacturing |
| Worn polyester nonwovens | Discarded materials |
| Worn polyester materials | Synthetic woven and knit fabrics |
| Polyester tailoring offcuts | Waste from synthetic garment manufacturing |
| PET textile waste | PET-based textile materials |
1. The polyester waste is cut into small pieces for feeding.
2. The material is fed into the tearing stages optimised for synthetics.
3. The needle cylinders tear the material, releasing the polyester fibre.
4. The material passes through the successive stages for increasingly fine fibre.
5. The polyester fibre is transported pneumatically and collected.
6. The recovered fibre is baled or sent for further processing.
The control system coordinates feeding and the tearing stages. A correctly adjusted polyester textile waste recycling line produces recovered polyester fibre of consistent quality, optimised for the target applications of nonwovens, fillings or recycled yarn.
Why is a line optimised for polyester needed?
Polyester fibre is stronger and more elastic than natural fibre, behaving differently during tearing. An optimised line is tuned for these characteristics, producing a polyester fibre with optimal length and quality, without the excessive degradation that a line not tuned for synthetics would cause.
What is the recovered polyester fibre used for?
Recycled polyester fibre is used in nonwovens (geotextiles, filtration, automotive upholstery), fillings for textile articles and furniture, thermal and acoustic insulation materials and recycled yarn. Recycled polyester has properties comparable to virgin polyester in many applications, at a lower cost and environmental impact.
Can I recycle my production waste on site?
Yes. A line installed in a synthetic textile factory recycles production waste on site, reintroducing the recovered fibre into its own production or selling it. This closed loop simultaneously reduces the raw material cost and the cost of disposing of polyester waste.
Can it also process polyester blends?
Yes, with parameter adjustment. Cotton-polyester blends are common and can be processed. The resulting fibre will be a blend, suitable for applications that accept mixed fibre. For pure polyester fibre, pre-sorting of 100% polyester materials is recommended.
URSTAG is a premium brand of recycling equipment, with over 15 years of experience. You don't just get a machine, you get a solution engineered by specialists, built from top-tier components and backed by a team that supports you from design through commissioning.
• European engineering, every machine and every complete line is designed by our engineering teams in Europe, with a focus on reliability, safety and energy efficiency.
• Premium components, we build on motors and automation from industry leaders: Siemens, Schneider Electric, ABB, WEG, SEW-Eurodrive, NORD Drivesystems and Bonfiglioli.
• Over 15 years of experience, we know how materials and machines behave in real-world operation, and we configure each solution for your flow and volume.
• New equipment, configured for you, we supply new units, made to order for your application, with complete technical documentation.
• Delivery, installation and training included, we handle transport, commissioning and operator training, with support throughout the equipment's life.
As a premium brand, URSTAG relies on European engineering, top-tier components and experience. You choose a partner that supports your production long term, with equipment built to run reliably in demanding industrial environments.
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