New Technology– category –

Denki Shimbun Japan Overview Tokyo Electric Power Company Holdings (TEPCO) has developed a self-healing polymer inspired by mussel adhesion mechanisms, which restores tensile strength after physical damage and autonomously repairs 40-mic...

UNSW Sydney Australia Overview Researchers at UNSW Sydney are advancing a project to develop algae, harvested from wastewater treatment plants, into a new bioplastic material for manufacturing. This initiative aims to produce prototype r...

Encarmas Japan Overview Encarmas Co., Ltd. has been selected for the 15th cohort of '1stRound,' Japan's premier university/research institute-backed startup growth program, for its unique supercritical/subcritical fluid technology enabli...

Scienmag Russia Overview Researchers from the Moscow Aviation Institute and UMATEX have published a new study tracking and predicting the progression of hidden impact-induced delaminations in carbon fiber composites under cyclic compress...

Bioengineer.org India Overview Researchers at the Indian Institute of Science have developed a self-healing and recyclable carbon fiber composite material, significantly advancing circularity in aerospace materials. This innovative compo...

3Dnatives USA Overview The latest advancements in resin 3D printing highlight 3D Systems' SLA 825 Dual, which boosts build volume by 22% and speed by 25% over prior SLA models using dual 4W lasers. Concurrently, Elegoo's Saturn 4 Ultra 1...

Fakulteta za strojništvo (University of Ljubljana, Faculty of Mechanical Engineering) Slovenia Overview Researchers at the University of Ljubljana have developed a groundbreaking method to transform waste polyurethane foam into valuable ...

Bioengineer.org Germany Overview Researchers at the University of Hamburg have identified and characterized BhEstB, a novel enzyme from soil bacteria that efficiently converts BHET and MHET, intermediates of PET plastic, into terephthali...

Teijin Limited (Via AZoM.com) Japan Overview Teijin Limited has introduced new grades of its SOLFIGA® polyphenylene sulfide (PPS) compounds, designed to offer excellent sliding properties without intentionally added PFAS, addressing grow...

KAIST South Korea Overview A KAIST research team has engineered E. coli to produce novel aromatic polyhydroxyalkanoate (PHA) polymers from glucose, creating bio-based hot-melt adhesives. These new PHAs demonstrate adhesive strength and t...