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FIP VALORIZE

FIP VALORIZE
Dive into the heart of FIP VALORIZE, a space 100% dedicated to the circular economy.

Here, explore the innovative solutions offered by exhibitors throughout the trade show:

sustainable initiatives, cutting-edge technologies, responsible solutions…
Get inspired, explore, and discover how to turn your industrial projects into more sustainable, high-performing, and impactful opportunities.

A central player in the circular economy, VALOMATEX supports its clients in material recovery by combining technical expertise with a global perspective.

VALOMATEX’s core business is reintegrating scraps, ground materials, regenerated plastics, end-of-lot products, and dormant stock of technical, high-performance, and commodity plastics—such as PVDF, PEEK, PPS, PES, PPA, PA, POM, PPO, PC, PEI…
Our goal is to add value to these technical polymers by reintegrating them into the plastics value chain.”

VALOMATEX
Stand number: G38

Recycling and Recovery of Plastic Waste

Internal recycling of industrial production scraps and recovery of post-consumer plastic materials

B2B PLAST
Stand number: G32

Recycling for Electronics and Home Appliances

Recycled ABS, Recycled PS and Recycled PP 100% PCR from WEEE (DEEE)

SOSTENPLAS
Stand number: H33

Recycled, recyclable, bio-based, and biodegradable plastics.

AMP is one of the leading distributors of plastics in Europe and the Maghreb. Our network of supplier partners, combined with our technical expertise, allows us to advise you on selecting the most suitable materials for your specifications. Established in France (AMP), Spain (AMP Iberia), and the Maghreb (AMP Tunisia and AMP Morocco), AMP is a specialist in many areas of the plastics industry, particularly eco-responsible materials (recycled, recyclable, bio-based, and biodegradable plastics).

AMP POLYMIX

PETA UP – Yudo’s innovative solution for rPET injection, enabling a move towards a more sustainable future.;

Yudo’s solution allows rPET injection at a high quality level, capable of meeting the standards required for very demanding applications, such as luxury cosmetic packaging. This solution opens up the possibility of using recycled material across a wide range of applications that were previously not feasible.

YUDO FRANCE
Stand number: H16

♻️ Recyclability and enhancement via transfer with KURZ products 📉 Reduced thickness of our PET substrate with ALUFIN® KPS Slim 🌱 𝐑𝐄𝐂𝐎𝐒𝐘𝐒® 2.0, an innovative solution for a more sustainable, recycling-friendly industry.

As a surface finishing specialist, KURZ France significantly reduces material consumption by using exceptionally thin PET substrates (only 6 µm for cold marking and 10 µm for hot transfer). After application, no plastic residue remains on the product—the substrates are removed and reintroduced into the material cycle through the company’s RECOSYS® 2.0 take-back and recycling program to produce rPET that is reintegrated into production cycles.

KURZ FRANCE
Stand number: B17

Smart Recycling by WITTMANN

With Smart Recycling, the WITTMANN Group applies its full expertise in recycling solutions. The product sets improve both efficiency and quality standards for inline recycling. Each Smart Recycling set consists of a shredder, a mobile dryer, and a dosing unit. All system components are carefully selected and coordinated to meet the specific requirements of the material, application, and operating conditions in each case, ensuring the production of high-quality regrind with maximum efficiency.

WITTMANN BATTENFELD FRANCE
Stand number: K14

Recycled polypropylene compounds

For nearly 40 years, Campine Recycled Polymers has been transforming recycled polypropylene into high-performance solutions, meeting the strictest technical requirements and the environmental challenges of modern plastics processing. As a pioneer in rPP compounds for the automotive sector, we offer a range widely approved by major European manufacturers, suitable for both visible and non-visible applications. Our expertise also extends to the construction, packaging, industrial, and horticultural sectors.
The recent integration of the French Ecobat entities into the Campine Group strengthens our recycling capabilities – batteries, lead, and polypropylene – while ensuring sustainable sourcing. We complement this offering with high-value flame-retardant solutions, including flame-retardant masterbatches and antimony trioxide, combining technical performance with environmental responsibility. 
Recover – Renew – Repeat
A committed vision of the circular economy, serving a more sustainable, efficient, and responsible plastics industry.

CAMPINE RECYCLED POLYMERS
Stand number: B42

Medical tray for elderly care, made from 100% recycled material sourced from local production scraps and valorized through our local partner.

We have developed a product made from 100% recycled material, incorporating bright, non-black colors according to the client’s brand guidelines. This product is manufactured in our Oyonnax facility using M-ABS.

GROUPE MARIN DIPN
Stand number: B11

2-in-1 Shredder and Granulator

The technical innovation is based primarily on two key features. First, an intelligent HHS dosing drawer that feeds the cutting rotor horizontally with material to be processed, according to the load. Second, the ability to activate different control programs, depending on the polymer, to regulate feed speed and pressure.
The new HHS feeding system now allows the transformation of large hollow parts, such as blow-molded components and their waste, directly into regrind of the desired particle size, without the often time-consuming pre-shredding step. This eliminates the need for an upstream shredder and all conveying lines between primary and final grinding stages. It reduces energy costs, simplifies technical complexity, and provides significant savings in time and space.

FIT PLASTURGIE
Stand number: I04-J03

Plastic compounds with a reduced carbon footprint, using recycled, bio-based, or biodegradable ingredients.

Our group is committed to a circular economy approach with carbon footprint reduction objectives. To support this, we produce plastic compounds with a reduced carbon footprint using recycled, bio-based, or biodegradable ingredients.
Certified ECOVADIS, ISCC PLUS, and ISO 14001, we offer non-fossil solutions for thermoplastics and thermoplastic elastomers, as well as PLA and PHA grades.

WITTENBURG GROUP
Stand number: A37

MSK from MATSUI

With the MSK regranulator, you can inline regrind your sprues and production scrap of PEEK, LCP, PPS, PBT, TPU, PTE, PC, PA, and PEI. The resulting granules are calibrated and offer the same quality and stability as virgin pellets.
This new equipment can be installed inline with your production. It is easy to operate, very compact, and allows a throughput of 5 kg to 20 kg per hour. The process operates below the melting temperature of the materials to preserve material properties and ensure high-precision molding. Depending on the material, the return on investment can be short, starting from 10 months.

FARPI FRANCE
Stand number: F44

Dionymer is a Bordeaux-based biotech and green chemistry start-up.

The company embraces the circular economy by developing an innovative technology that transforms organic waste into a range of biodegradable polymer materials (PHA: polyhydroxyalkanoates) using microorganisms.
This sustainable solution addresses two key needs:

  • Creating a new high-value revenue stream for organic waste producers (farmers, municipalities, agri-food industry)
  • Reducing the environmental impact of plastics manufacturers and other sectors (cosmetics, packaging, medical, textiles…) by replacing petrochemical polymers in their supply chains and products.

Dionymer’s approach is deeply rooted in a circular economy strategy through the use of second-generation feedstock, an energy- and resource-efficient process (ambient temperature, ambient pressure, no chemical solvents, water-based only), and a range of products that are inherently bio-based, biodegradable, biocompatible, and compostable, with an end-of-life that has no environmental impact (no microplastics). Replacing petrochemical polymers helps mitigate the effects of climate change—this is Dionymer’s core mission.
Each ton of PHA biopolymer produced by Dionymer avoids at least 2 tCO₂eq compared to the production of a ton of equivalent petrochemical polymer (e.g., polypropylene). Dionymer’s industrial plan aims to maximize this impact as developments progress, targeting several thousand tCO₂eq savings by 2030. The company is fully committed to decarbonizing industry, with the major goal of accelerating the ecological transition of the plastics sector.
By developing an innovative, clean process for the high-value exploitation of local biomass, Dionymer contributes to creating local, low-impact value chains and helps companies achieve higher environmental performance, notably by eliminating the use of fossil resources. Dionymer’s industrial project inherently drives economic dynamism in rural French and European territories. The decentralized fermenter model is designed to reduce operational costs for local stakeholders (farmers, businesses, biogas plants, cooperatives, etc.) and create local jobs for installation and operation. Nouvelle-Aquitaine, where half the population lives in rural areas, is an ideal first territory to develop this virtuous model.
Beyond its environmental and territorial commitment, which forms the foundation of the project, Dionymer’s founding team promotes and upholds principles of social responsibility and equity in current and future governance and recruitment.

DIONYMER

HoliShred

HoliShred embraces a circular economy approach by transforming plastic waste and production scrap into reusable resources. Unlike the linear industrial model, this tool enables local material loop closure, particularly in research laboratories and private company R&D departments. By converting polymers into ready-to-use flakes, it promotes local recycling and reduces dependence on virgin raw materials.
Its use and material characterization allow for concrete analysis of polymer recyclability, including polymers loaded with up to 30% glass fiber, thanks to its high-torque mechanical system. This approach extends the lifespan of products by enabling the reproduction of technical parts when the original material is no longer available on the market.
Designed to handle small quantities of material in a safe environment with a dual safety system, the device encourages experimentation with waste valorization without requiring heavy industrial processes.

HOLIMAKER
Stand number: P01

Plastic Recycling Shredder

Closed-loop grinding for the Series 150 and the OneCut Pro: a centralized shredder with an open-core design, making cleaning easier for material and color changes.

RAPID FRANCE
Stand number: I06

Reusable and fully customizable cups through digital printing, designed for both individuals and professionals.

We present a range of reusable and recyclable cups, available in sizes from 12 cl to 60 cl, decorated through digital printing. The molds were designed and manufactured by SIMON, a Jura-based molder specializing in high-speed solutions for the food packaging market.
Ultra-customization allows for very short production times, whether for small or large series. A long-standing partnership between our two companies has enabled the production and printing of tens of millions of cups, providing sustainable alternatives to disposable cups.

SIMON – in collaboration with WOBZ
Stand number: F13

Recycled, recyclable, bio-based, and biodegradable plastics.

POLYMIX is one of the leading distributors of plastic materials in Europe and the Maghreb. Our network of supplier partners, combined with our technical expertise, enables us to advise you in selecting the material best suited to your specifications.
Established in France, the Benelux, and the Maghreb, POLYMIX specializes in many areas of plastics processing, particularly in eco-responsible materials (recycled, recyclable, bio-based, and biodegradable plastics).

AMP POLYMIX

Injection-molded plastic parts made from recycled materials.

Use of recycled materials for the production of 100% recycled pallets and bins.

SHAPERS FRANCE
Stand n°: A10

30 years of expertise in post-consumer plastic recycling.

Galloo Plastics is dedicated to post-consumer plastic recycling and plastic waste management, providing an environmentally responsible solution to the growing demand for technical thermoplastics sorted using advanced shredding and separation technologies.

Galloo Plastics specializes in plastic waste management, including sorting, recycling, and treatment techniques. We recycle plastic waste from various post-consumer and post-industrial sources.

GALLOO PLASTICS
Stand number: B14

Recyclability testing

The CRITT Polymères, a Technology Resource Center, is recognized by RecyClass for evaluating the recyclability of packaging and materials used in the production of automotive parts and electrical and electronic equipment.

CRITT POLYMERES

AI-powered visual inspection to ensure the quality of decorated plastic parts, reduce industrial scrap and waste, and optimize material usage.

Spark is an AI-powered automated visual inspection solution that monitors the quality of decorated plastic parts directly on the production line. By detecting surface defects in real time (dust, scratches, decoration flaws, print variations), it prevents the production of non-compliant batches, reduces scrap, and optimizes material usage. This helps limit resource waste and improves industrial process efficiency.

SCORTEX
Stand number: D25

LATI is committed to sustainable development and an increasingly circular economy.

Since its founding in 1945 by Cosimo Conterno, LATI has been committed to a sustainable and circular economy, offering materials made from recycled and natural resources.
Its LATIECO and LATIGEA ranges reduce carbon footprint by 15 to 90% compared to fossil-based materials. The company continuously modernizes its processes to minimize environmental impact and achieved its goal of reducing greenhouse gas emissions by 50% as early as 2021, reaching a 60% reduction.
LATI uses green electricity and also produces its own energy through photovoltaic panels installed in Italy in 2020. Certified ISO 9001, 14001, 45001, and 50001, LATI has published an annual ESG report since 2020 and has been evaluated by EcoVadis for 10 years, earning a Gold medal in 2025 with a score of 83/100. The company now aims for carbon neutrality by 2040, in line with the Paris Agreement.

LATI INDUSTRIA TERMOPLASTICI SPA
Stand number: C49

Cold Jet Cryogenic 4.0 Technology: a dry industrial cleaning solution for more sustainable and circular plastics processing

Cold Jet France offers a cryogenic cleaning solution aligned with the circular economy. This dry process, using no water or chemicals, produces no secondary waste thanks to the sublimation of carbon dioxide. It reduces waste management costs, improves maintenance efficiency, and minimizes environmental impact.

Non-abrasive, this technology extends the lifespan of molds and equipment by preventing premature wear.
In plastics processing, it enables in-machine, hot cleaning, reducing production downtime, material loss, and heavy maintenance operations. With the Aero2 PCS Ultra and i³ MicroClean 2, Cold Jet combines performance, durability, and resource optimization, addressing the industry’s current challenges: producing better with less.

COLD JET
Stand number: D25

Kleen35™

Kleen35™ is an innovative chemical solution for industrial parts cleaning, delivering exceptional performance at just 35 °C.

Its formula ensures the same spotless cleaning quality as at 65 °C, enabling a 35 % reduction in energy costs and CO₂ emissions.

SAFETYKLEEN FRANCE
Stand number: H26

AI-powered optical sorting of colors and materials with UHD cameras

Our next-generation optical sorting solution combines Artificial Intelligence, hyperspectral imaging, and ultra-high-resolution cameras to identify and separate plastics by material, color, and shape, whether from whole bottles or shredded waste.

Fully designed and manufactured in-house at Meyer, it leverages R&D from over 500 engineers to stay at the forefront of innovation. This technology enhances sorting quality and waste valorization, turning used plastics into reusable recycled raw materials within a circular economy framework.

MARTIPLAST
Stand number: I10-J09

Chanel N°1 Massage Accessory

FaiveleyTech collaborated with Sulapac and CHANEL to design a massage accessory for the N°1 line, following an eco-design and circular economy approach. Made of over 85 % bio-based materials, including camellia co-products, it valorizes resources from the CHANEL range.

The material, developed by Sulapac, is processed by FaiveleyTech using its expertise in injection molding and decoration. This project showcases the commitment to replace petrochemical plastics with sustainable alternatives while meeting the cosmetic industry’s high standards.

It also highlights the importance of collaboration between stakeholders to develop concrete solutions and create more responsible products.

FAIVELYTECH
Stand number: D13

Electrostatic separators for recycling of WEEE plastics

SMF Prodecologia offers efficient solutions for recycling shredded WEEE plastics, with the possibility of producing individual plastic concentrates, such as ABS and PS concentrates.

SMF "PRODECOLOGIA"
Stand number; H33BIS

Creating sustainable TPE solutions – Thermoplastic elastomers made from recycled or bio-based materials

KRAIBURG TPE’s Contribution to the 1.5 °C Target:
Circular economy refers to a system where existing materials and products are shared, leased, reused, repaired, refurbished, and recycled for as long as possible. We focus on developing recyclable solutions, efficient resource use, in-house recycling, and waste prevention.
It is essential for us to offer products with a high proportion of recycled content, bio-based materials, or mass-balanced ISCC PLUS-certified bio-circular content.

KRAIBURG TPE GMBH & CO. KG
Stand number: D29

Sustainability at the heart of our priorities: ECOVADIS and ISCC+ certification

For our clients, we develop Witcom and Cawiton grades based on recycled and/or bio-based materials, with the option to produce biodegradable compounds (PHA, etc.) to reduce our carbon footprint. For industrial sectors (automotive, etc.), we offer compounds containing recycled ingredients.

For the healthcare, food packaging, and cosmetic markets, we provide compounds with bio-based (renewable) ingredients and biodegradable resins (PHA, etc.).

WITTENBURG GROUP
Stand number: D25

SuiteCompound: innovative soft polyolefin, compatible with existing recycling streams

In response to a clear market demand, we have developed an innovative soft polyolefin compound that can be integrated into existing recycling streams (yellow bin), depending on product design. Key advantages of this formulation include flexibility with shape memory, natural transparency, and the ability to be colored.

The compound is food-grade with excellent chemical resistance and can also be offered in a medical-grade version if needed. It is processable via injection, extrusion, and extrusion/blow molding. Attached are photos showing the natural and colored appearance.

NEXTIS
Stand number: E08

Competition frisbee made from bio-based resins derived from green algae

A direct alternative to petrochemical plastics, compatible with industrial plastics processing methods.

PRECIS PLASTIC INJECTION
Stand number: G07

From Waste to Performance: SIRMAX’s Circular Commitment

SIRMAX turns plastic waste into high-value technical materials through an integrated recycling and compounding model deployed in Europe and the United States. Its plants handle collection, sorting, and recycling with high quality and traceability, processing over 50,000 tons annually while reducing carbon footprint.

The company converts recycled plastics (PP, HDPE) into high-performance materials for demanding sectors like automotive and electronics, without compromising quality. It also supports clients through its “SMART MOLD” expertise to optimize the use of recycled materials.

Committed to sustainability and certification, SIRMAX offers tailored solutions to help companies implement circular economy practices effectively.

SIRMAX SPA
Stand number: F41

Adding value to rPET, rPE, and rPP through Nexam’s reactive recycling

Nexam has developed a range of products to enhance and restore the properties of rPET, rPE, and rPP. Based on polymer chain extension and branching, these products are formulated as masterbatches and can be used under standard processing conditions.

They increase molecular weight (reducing MFI / increasing intrinsic viscosity), improving the value of recycled materials and enabling the use of previously underutilized waste streams.

NEXAM CHEMICAL AB
Stand number: B56

Extrusion and Recycling solutions

AMUT’s Tray-to-Tray recycling enables the industrial processing of multilayer PET trays, which are difficult to recycle due to contamination and fragility.

This patented technology handles variable streams without pre-sorting, ensures consistent flake quality and process efficiency, providing a circular solution for these complex packaging materials.

AMUT S.P.A.
Stand number: H22

CSR Trophy – Decarbonization Award 2025

AG Plast has been committed to sustainable development and the circular economy for over 15 years, making it a pioneering player in the field.

The company processes 6,500 tons of recycled materials annually. Driven by continuous improvement and innovation, AG Plast has reduced electricity consumption per kilogram of processed material by over 30 %. Key strategic actions include:

  • A modern machinery fleet: 50 % of equipment is less than five years old, with the remainder retrofitted.
  • Installation of a press and mold cooling system: recovers energy for heating while reducing greenhouse gas emissions.
  • Integration of a variable-speed compressor: with thermal energy recovery, improving energy efficiency.
With its expertise in high-capacity injection molding and recognized know-how, AG Plast positions itself as a company dedicated to continuous improvement.

AG PLAST
Stand number: F08

RJG’s Contribution to the Circular Economy

RJG contributes to the circular economy by helping manufacturers reduce waste, optimize the use of recycled materials, and produce more sustainably through injection process control.

RJG enables the use of recycled materials by ensuring stable production despite variations in material viscosity.

RJG FRANCE
Stand number: D40-F47

Closing the Loop: a Cross-Border Circular Polymer Supply Chain

Mescody, a Swiss company, supplies and distributes recycled polymers (PE and PP) through a circular Europe-Turkey supply chain. European plastic waste is recycled in Turkey and reintroduced as high-quality secondary materials, mainly for packaging, with over 1,000 tons managed annually.

This approach extends material lifecycles, reduces reliance on virgin polymers, and ensures stable, traceable supply. Mescody also develops sustainable circular solutions, demonstrating that the circular economy can be both profitable and efficient internationally.

MESCODY

Lifecycled™

Novoloop’s Lifecycled™ TPU promotes the circular economy by converting hard-to-recycle post-consumer polyethylene waste into high-performance thermoplastic polyurethane for industrial use.

Using its proprietary Lifecycling technology, Novoloop transforms plastic waste that would otherwise be landfilled or incinerated into valuable materials for applications such as footwear, apparel, and consumer products.

NOVOLOOP
Stand number: C01

Plastic purification using supercritical CO₂

Post-consumer plastics often contain unwanted substances accumulated over their lifecycle, limiting their reuse and regulatory compliance, especially for sensitive applications like food contact. To address this, IPC has developed a supercritical CO₂ purification approach. In this unique physical state, CO₂ acts simultaneously as a gas—able to penetrate deep into polymer matrices—and as a liquid solvent, dissolving targeted contaminants without leaving residues or altering the material. Process parameters (pressure, temperature, duration) can be adjusted to selectively extract molecules depending on the polymer type.

Designed from the outset for circularity, the process operates in a closed loop: CO₂ is continuously recovered and reinjected, making it an efficient and sustainable solution. By significantly improving the purity of regenerated plastics, this method expands the applications of recycled materials, ensures safe usage, and enhances the value of post-consumer streams—supporting a more robust and credible circular economy.

IPC CENTRE TECHNIQUE INDUSTRIEL DE LA PLASTURGIE
Stand number: H20
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