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Polyplastics DURACON POM Selected for Advanced Tracked Transport System

By MGN EditorialMarch 30, 2026 at 05:59 PM

Polyplastics' high-performance DURACON POM polymer resin has been selected for a revolutionary caterpillar transport system developed by Tokyo-based CuboRex, signaling growing adoption of advanced materials in heavy industrial and port equipment applications.

Polyplastics Co., Ltd. announced that its DURACON® POM (polyoxymethylene) thermoplastic resin has been selected for integration into an innovative tracked transport system developed by CuboRex Co., Ltd., a Tokyo-based supplier of advanced mobility solutions. The selection underscores the expanding role of high-performance engineering plastics in heavy-duty industrial applications. DURACON POM is engineered to deliver exceptional durability, dimensional stability, and mechanical strength—critical properties for demanding transport and material-handling equipment. While CuboRex has not publicly disclosed specific end-use applications, tracked transport systems utilizing advanced polymer components are increasingly deployed in ports, shipyards, and heavy industrial facilities for cargo handling, container movement, and equipment transport. The use of high-performance plastics in such systems can reduce weight, improve corrosion resistance, and enhance operational efficiency. The announcement reflects a broader industry trend toward material science innovation to address challenges in port automation, logistics optimization, and equipment longevity. As maritime and port operators seek to modernize infrastructure and reduce maintenance costs, adoption of advanced engineering materials continues to gain momentum. Polyplastics, a leading global supplier of engineering plastics, has built a strong reputation for innovation in polymer technology serving automotive, industrial, and specialty equipment sectors. The DURACON POM selection by CuboRex demonstrates continued market demand for materials that combine performance, reliability, and long-term cost efficiency.
#materials science#engineering plastics#industrial equipment#transport innovation#port operations#polymer technology

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