Monthly Archives: January 2019

Following years of research, Teysha Technologieshas developed a natural polycarbonate platform that can create fully biodegradable substitutes for existing petroleum-based plastics. The bioplastic, AggiePol, is derived from sustainable feedstocks and can be physically, mechanically and chemically tuned to suit the needs of its intended application. The versatile material could replace the traditional plastic used in the […]

Plastics technology researcher and developer Teysha Technologies has developed a natural polycarbonate platform that it claims could replace the traditional plastic used in medical equipment. AggiePol, which Teysha claims is a breakthrough in biodegradable plastics, derives from sustainable feedstocks, can be physically, mechanically and chemically tuned to suit the needs of its intended application. Teysha’s […]

Plastics technology researcher and developer Teysha Technologies has developed a natural polycarbonate platform that it claims could replace the traditional plastic used in medical equipment. AggiePol, which Teysha claims is a breakthrough in biodegradable plastics, derives from sustainable feedstocks, can be physically, mechanically and chemically tuned to suit the needs of its intended application. Teysha’s […]

“Teysha Technologies (picture courtesy of Teysha Technologies).Until now, strategies to reduce plastic pollution have relied on changing human behaviour, such as encouraging recycling and banning certain plastic items like carrier bags.” Teysha Technologies, a UK-based bioplastics startup, has developed a new polymer technology that it claims could help to reduce plastic pollution. According to the […]

Following years of research, Teysha Technologies has developed a natural polycarbonate platform that can create fully biodegradable substitutes for existing petroleum-based plastics. The bioplastic, AggiePol®, is derived from sustainable feedstocks and can be physically, mechanically and chemically tuned to suit the needs of its intended application. The versatile material could replace the traditional plastic used […]

In the United Kingdom, Teysha Technologies has developed a natural alternative to the ubiquitous thermoplastic polycarbonate. Dubbed AggiePol, the material is made from starch and agricultural wastes and can replace high-performance plastics such as those used in cars and in the medical industry. “Until now, strategies to reduce plastic pollution have relied on changing human behavior, […]

“Until now, strategies to reduce plastic pollution have relied on changing human behaviour, such as encouraging recycling and banning certain plastic items like carrier bags.” Teysha Technologies, a UK-based bioplastics startup, has developed a new polymer technology that it claims could help to reduce plastic pollution. According to the company, the natural polycarbonate platform it […]

Its AggiePol bio-plastic is derived from sustainable, natural feedstocks such as starches and agricultural waste A company has developed fully biodegradable substitutes for existing oil-based plastics. Teysha Technologies says its new polymer technology could significantly reduce plastic pollutionand replace many traditional products used in the automotive and medical industries. Its bio-plastic, called AggiePol, is derived from sustainable, […]

Teysha Technologies has developed a natural polycarbonate platform that can create fully biodegradable substitutes for existing petroleum-based plastics. AggiePol, the bioplastic, is derived from sustainable feedstocks and can be physically, mechanically and chemically tuned to suit the needs of its intended application. The versatile material could replace the traditional plastic used in the automotive industry and medical equipment. […]

Following years of research, Teysha Technologies has developed a natural polycarbonate platform that can create fully biodegradable substitutes for existing petroleum-based plastics. The bioplastic, AggiePol, is derived from sustainable feedstocks and can be physically, mechanically, and chemically tuned to suit the needs of its intended application. The versatile material could replace the traditional plastic used in the automotive industry […]