Which industrial investments in the engineering plastics market promise sustainable growth momentum — and how they should be strategically assessed in the context of geopolitical power shifts. Between Q1 2025 and Q1 2026, the European market for semi-finished engineering plastics was shaped less by spectacular price movements and more by structural volume shifts, geopolitical pressure, and a noticeable reluctance to invest in mechanical and plant engineering. While standard engineering materials in Europe suffered from import pressure and defensive call-off behavior, high-performance polymers used in semiconductor, pharmaceutical, and battery applications showed significantly more resilient structures. The key point is that demand for CNC components did not follow polymer prices, but rather industrial capital expenditure (CapEx).

Data sheets define operating limits. What happens if these limits are exceeded? A brief high-temperature experiment makes this effect visible. This is what plastics look like when placed in an oven at 200–700 °C:

PFAS regulation is back on the agenda — and is increasingly affecting engineering plastics and semi-finished products. In addition to the EU, insurers are now also increasing pressure on PFAS-containing products. What this means for materials, applications, and possible alternatives is explained in the latest Zell Materials update.