Recent media coverage from around the world highlights how polyurethane continues to support innovation, protection and performance across many different sectors. From medical devices and wound care to sport, construction, footwear and circularity, these stories show the many ways polyurethane can help improve everyday products and advanced technologies.
Healthcare was one important area of attention this month. In the United States, coverage of a new esophageal implant highlighted the use of a modified polyurethane tubular scaffold. The scaffold acts as a temporary structure to support tissue regeneration in the esophagus before being removed after several weeks. In Italy, media coverage of “butterfly skin”, a rare disease that causes severe blistering in children, mentioned polyurethane as part of advanced non-adherent wound dressings used to help treat skin lesions.
Sport and safety were also recurring themes. Several outlets reported on record-breaking running shoes used at the London Marathon, where Sabastian Sawe became the first person to complete an official marathon in under two hours. Coverage highlighted the role of advanced shoe design, including the use of polyurethane in the heel to help create a lightweight and stable structure. In Japan, running shoes were also discussed in advice for beginners, with polyurethane mentioned as a material that can offer strong rebound performance.
Polyurethane also appeared in coverage of protective sports equipment. In Spain, new cycling safety technologies were featured, including wearable airbag systems designed to reduce injuries in crashes. Belgian company Aerobag was mentioned for its use of thermoplastic polyurethane tubes in cycling gear. In Argentina, reporting on a MotoGP crash highlighted how protective equipment, including polyurethane in knee sliders, can help improve rider safety.
Sustainability and circularity continued to be important areas of development. In the United States, coverage of a partnership between Crocs and Trash Panda Disc Golf described how old Crocs shoes are being turned into recycled disc golf discs. Thermoplastic polyurethane can be part of the recycled plastic mix used alongside Croslite material. Another article looked at PU-based leather, noting that synthetic leathers can be durable, easy to clean and resistant to staining, while also offering properties such as UV protection, bleach cleanability and improved breathability.
In construction, AZoBuild reported on a new 3D-printing method developed by researchers. The technique combines layers of mortar and polyurethane to create concrete composites designed to be more flexible and durable. This could open new opportunities for producing stronger and more resilient building materials.
Polyurethane was also mentioned in everyday home protection. Spanish coverage on preventing cockroach infestations referred to polyurethane as a sealing material that can be used to close cracks and entry points, helping protect buildings from pests.
Together, these stories show the wide range of applications where polyurethane continues to provide value. Whether supporting medical innovation, safer sport, better-performing footwear, more durable construction materials or new circular solutions, polyurethane remains a versatile material helping industries meet practical needs and develop new possibilities.
