Key Features
- Material: polyester or polyether-based TPU recycled from post-industrial waste (PIR) or by-products
- Form: irregular regrind (flakes or chips)
- Color: natural, white, or mixed color
- Hardness: variable on request (Shore A / D)
- Origin: controlled industrial supply chain
- Compatible with: extrusion, injection molding, compounding
- Versatile, elastic, wear- and flex-resistant
- Packaging: big bags
- Availability: regular
- Excellent quality/price ratio
Recommended Applications
- Compounding for technical articles molded by injection
- Production of soles, inserts, and flexible components
- Soft profiles for automotive, construction, and light industry
- Gaskets, dampers, and anti-vibration systems
- Items for sports, leisure, camping, or protection
- Secondary components for construction and urban furniture
- Base for customized compounds or technical blends
- Feeding of internal regranulation lines
- Direct use in extrusion or injection after filtration
Our regrind TPU is a high-quality recycled material obtained from post-industrial waste (PIR) or carefully selected processing residues, available in polyester or polyether versions. It is provided in the form of irregular flakes or chips, with hardnesses available upon request in Shore A and Shore D scales, and in natural, white, or mixed colors.
Thanks to its excellent elastic and mechanical properties, regrind TPU is particularly suitable for technical and industrial applications. It can be directly used in certain extrusion or injection molding lines, subject to adequate filtration and line compatibility. Furthermore, it is ideal for companies equipped with internal regranulation lines, enabling conversion into reusable granules and significant savings in reprocessing costs.
The material is also highly valued in compounding processes, where it is used as a base or flexibilizing phase for the formulation of customized compounds intended for multiple sectors.
Why choose Elastogeo Regrind TPU?
Elastogeo Regrind TPU is the ideal solution for those seeking a sustainable, technical, and flexible material capable of combining consistent industrial performance with competitive pricing.
Perfect for companies operating in the circular economy, this regrind TPU helps optimize costs, reduce environmental impact, and maintain high final product quality. Available on request with dedicated technical consulting.
Contact us to check current availability and receive personalized technical advice on the most suitable grade for your application.
Request informationFrequently asked questions
FAQs
The world of plastics is not as simple as it may seem at first glance, there are many variables that come into play when choosing the right plastic for your products.
That’s why we’ve created a FAQ section to answer any questions you may have.
The latest news from
the world of recycled plastic
News
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PIR and PCR often get used as if they were two ways of saying “recycled”. They aren’t. They’re two different materials, born in two different worlds — and that difference in origin decides three things a buyer actually cares about: performance, price, and what you can declare. Let’s take them in turn. The two acronyms,
Recycled Post-Industrial PLA (R-PLA): Properties, Certifications and Applications
PLA is the most widely used bioplastic in the world, but its story doesn’t end with the first use. When clean production scrap is recovered and reprocessed, you get recycled PLA — a material that is bio-based and recycled at the same time. This guide explains what R-PLA is, how it’s made, what properties and certifications it has,
How a batch of recycled material is qualified
“Recycled”, printed on a datasheet, isn’t enough. When a buyer receives a batch of recycled material, the question that matters isn’t “is it recycled?” but “can you prove what it is — batch after batch?”. Qualifying a batch means lining up four things that hold together: the stream it comes from, the consistency between one batch and the