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BASF's trinamiX launches a new handheld near-infrared spectrometer, expanding its plastic identification product portfolio.

Chain Plastic Network 2025-03-27 10:21:05

Leading mobile spectroscopy solution provider trinamiX, a subsidiary of BASF, will participate in the 2025 European Plastics Recycling Show (PRSE) held in Amsterdam, Netherlands. The company will showcase its multifunctional technology for identifying various plastics and textiles, which plays a crucial role in improving the recycling process.

These solutions help design sort-friendly plastic packaging, ensure quality control of incoming and outgoing materials, and promote cleaner sorting methods, thereby improving recycling efficiency. trinamiX will showcase the new handheld near-infrared spectrometer trinamiX PAL Two.

trinamiX mobile near-infrared spectroscopy solution: Convenient identification of plastics and textiles

trinamiX provides a user-friendly solution that allows for the quick identification of plastics and textiles with the push of a button. The system is equipped with a powerful portable near-infrared spectrometer and is paired with a sophisticated cloud-based data analytics application, as well as a customer portal for managing results, downloading reports, and exporting data. This solution can accurately identify more than 30 different types of plastics, including common consumer plastics such as HDPE, LDPE, PP, PET, PS, and PVC, as well as engineering plastics like PA, ABS, PC, and PLA. Additionally, it can quantify mixtures of polyethylene (PE) and polypropylene (PP).

In the field of textile identification, this solution can detect various fiber materials, including acrylic, cotton, elastane, polyamide (subclasses PA6 and PA66), polyester, polypropylene, silk, viscose, and wool. It is also capable of analyzing textiles made from multiple materials.

To meet the specific needs of recyclers, trinamiX offers a flexible solution that covers various configurations. Users can choose a compact handheld device for quick checks or opt for a semi-automated setup that can be seamlessly integrated into sorting tables, allowing for automatic trigger scanning to enhance efficiency.

Hardware product portfolio expansion: trinamiX PAL dual-spectral sensor

trinamiX will showcase its latest product in mobile near-infrared spectroscopy at the exhibition: the handheld near-infrared spectrometer trinamiX PAL Two. The design of trinamiX PAL Two takes ergonomics into account, allowing for single-handed operation and making it very convenient to use. Additionally, it features a built-in display that can show measurement results directly on the device, enhancing user usability and accessibility.

Design for recyclability - ensuring near-infrared detection capability

Increasingly strict regulations, such as the EU's "Packaging and Packaging Waste Regulation," impose new requirements on packaging design, the use of recyclable materials in plastic packaging, and the standardization of reusable systems. To achieve efficient plastic recycling, it is essential to accurately identify and sort materials. Since the sorting process relies on near-infrared technology, all materials must be "near-infrared detectable." Packaging design plays a crucial role in this parameter. Characteristics such as color, labels, and additives can affect the detectability of the packaging. With trinamiX, brands can evaluate the impact of these characteristics on near-infrared detectability early in the design process. By considering recyclability in packaging design, manufacturers can not only comply with regulatory requirements but also support sustainability efforts.

Difficult-to-differentiate plastics and textiles: multi-material films, PE/PP, compostable plastics, and PA6/PA 66.

Difficult-to-differentiate plastics and textiles, such as multi-material films and mixtures of polyethylene (PE) and polypropylene (PP), face significant challenges in recycling due to their mixed components. Compostable plastics, while environmentally friendly, complicate the sorting process, especially when they resemble traditional plastics. Polyamides such as PA6 and PA66 are often difficult to separate and recycle, further complicating waste management efforts. The complex model of trinamiX's mobile near-infrared spectroscopy solution has been trained to identify all these materials, helping to achieve a closed loop and improve recyclability.

Mobile Quality Control in Manufacturing and Recycling Processes

Quality management in plastic production and recycling facilities is essential for producing high-quality products. A key element of efficient plastic recycling is the classification of mixed plastic waste into pure waste streams, as impurities can affect the quality and integrity of the recycled products. From inspecting incoming materials to approving classified plastics or textile packaging, trinamiX makes quality control simple and straightforward. This solution also supports non-compliance management and efficient complaint management, thereby reducing the risk of costly errors and delays. TrinamiX not only enables companies to conduct spot checks but also comprehensively records and visualizes the flow of materials in and out, creating complete transparency for plastic manufacturers and recyclers.

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BASF's trinamiX launches a new handheld near-infrared spectrometer, expanding its plastic identification product portfolio.

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