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Recyclability is not just a material property but a systems outcome. This article explains why detectability in sorting infrastructure determines real-world recycling performance.

Distinguishing Nylon 6 from Nylon 6.6 is difficult due to their chemical similarity, but under defined conditions real-time identification can be feasible.

The trinamiX PAL Two handheld NIR spectrometer, featured on Plastverarbeiter’s October 2025 cover, shows how Design for Recycling becomes measurable.

Highlights from Solid Scanner’s participation at K 2025 in Düsseldorf. Discover how trinamiX handheld NIR spectroscopy empowers recyclability checks for plastics and textiles.

Portable textile analysis device featured on German TV. Learn how NIR textile scanners identify fiber composition for professional verification.

PVC-based tapes and multilayer films pose challenges in recycling. Discover how portable NIR spectroscopy can help tape manufacturers and recyclers ensure sortability.

Discover how small textile recyclers are improving sorting accuracy and speed with mobile NIR technology — without large-scale investment or lab equipment.

Evidence-based demonstration of portable NIR outputs showing how PA6 and PA6.6 textiles are differentiated at operator level, including app views and exports.

Discover how trinamiX is transforming plastic recycling with its innovative NIR spectroscopy technology. Learn about their award-winning solutions and the measurable benefits they bring to the recycling industry.

Black plastic identification in recycling operations explained. Compare NIR, MIR, FTIR, Raman, and XRF technologies, cost ranges, and escalation thresholds.