NUREL at FIP 2026: engineering polymers and advanced materials for industry

The 2026 edition of FIP – France Innovation Plasturgie has come to an end in Lyon, once again confirming its role as a key meeting point for the plastics industry, materials transformation and polymer innovation.

During the event, the NUREL Engineering Polymers team welcomed customers, partners and industry professionals at Stand D31, presenting a portfolio of materials designed to address some of today’s most relevant industrial challenges: technical performance, efficiency, durability and sustainability.

NUREL’s participation at FIP 2026 provided an opportunity to strengthen conversations with companies from sectors such as mobility, electrical and electronics, industrial applications, consumer goods and technical components, where material selection plays a decisive role in the performance, reliability and optimisation of final parts.

A technical portfolio for increasingly demanding applications

In an industrial context where materials are expected to be lighter, stronger, more efficient and more sustainable, NUREL presented a broad range of solutions based on engineering polymers, high-performance polyamides and recycled compounds.

The objective was clear: to support manufacturers, moulders, processors and development teams in selecting materials capable of meeting complex technical requirements, from mechanical and thermal resistance to dimensional stability, processability and reduced environmental impact.

PROMYDE® Advanced Materials: high-performance polyamides

One of the main areas of interest during the show was PROMYDE® Advanced Materials, NUREL’s range of high-performance polyamides developed for applications where conventional materials reach their limits.

This range includes solutions such as:

• Semi-aromatic PPAs, offering dimensional stability, low moisture absorption, mechanical strength and good surface finish in demanding applications.
• High-temperature PPAs, designed for components that need to maintain their performance in thermally demanding environments.
• Long-chain polyamides, combining flexibility, chemical and hydrolysis resistance, and low moisture absorption.
• Amorphous transparent polyamides, developed for parts requiring visual clarity, toughness and stable performance.
• PEBA / elastomeric polyamides, aimed at dynamic applications where flexibility, resilience and fatigue resistance are key factors.

Thanks to this portfolio, NUREL offers advanced alternatives for sectors where materials must maintain their performance under demanding conditions, including technical components for mobility, electrical and electronic applications, industrial parts, flexible solutions and high-performance consumer goods.

PROMYDE®, PROXYLENE® and OLEXENE®: engineering polymers for injection moulding and extrusion

Alongside its advanced materials portfolio, NUREL also presented its range of engineering polymer compounds for injection moulding and extrusion processes.

This portfolio includes:

• PROMYDE®, based on PA6 and PA66 compounds.
• PROXYLENE®, based on PBT, PET and PBT/PET compounds.
• OLEXENE®, NUREL’s range of technical polypropylene compounds for high-performance applications.

These product families are designed to meet the needs of industrial sectors requiring materials with strong mechanical properties, thermal stability, chemical resistance, flame-retardant performance, glass fibre reinforcement or tailor-made processing characteristics.

Throughout the fair, the NUREL team had the opportunity to discuss different application possibilities with visitors and highlight the value of working with a technical partner able to support projects from the early development stage through to final material selection.

RECOLINE®: recycled engineering polymers for a more circular industry

Sustainability was also a key focus of NUREL’s presence at FIP 2026.

Through the RECOLINE® range, NUREL presented its line of recycled engineering polymers, including solutions based on recycled PA6, PA66, PET and PP.

This material family responds to a growing market need: integrating recycled content into technical applications while maintaining the reliability, consistency and technical support required for industrial projects.

RECOLINE® supports the transition towards more circular production models, offering processors and manufacturers an alternative for reducing the environmental impact of their developments and aligning with the sustainability goals of the value chain.

Innovation, technical support and collaboration with industry

NUREL’s participation at FIP 2026 was an opportunity to hold valuable conversations with professionals across the plastics value chain, identify new market needs and strengthen collaboration with customers and international partners.

Beyond the presentation of materials, NUREL’s presence at the fair reflects its commitment to an approach based on:

• Development of tailor-made solutions.
• Technical support during the material selection process.
• Expertise in polymerisation and compounding.
• Focus on demanding industrial sectors.
• Innovation aligned with sustainability and efficiency criteria.

This approach enables NUREL to support customers in projects where the material is not simply a component, but a strategic factor in the final performance of the application.

Thank you for visiting us in Lyon

NUREL would like to thank all customers, partners and industry professionals who visited our stand during FIP 2026.

The interest shown in our high-performance polyamides, engineering polymers and recycled compounds confirms the importance of continuing to develop materials capable of responding to today’s industrial challenges: improved performance, greater efficiency and a progressive transition towards more sustainable solutions.

Although the fair has now come to an end, the conversation continues.

If you were unable to visit us in Lyon, or if you would like to learn more about any of our material solutions, our technical and commercial team remains available to help you identify the most suitable polymer for your application.

Contact NUREL Engineering Polymers and discover how we can support your next development.