2018-07-12, 18:17
Tailored polymers from a printer
An ever-growing number of coatings, including varnishes and printing inks, as well as tooth fillings, are cured with light. Yet, homogenous, tailored, polymer networks cannot be produced, and the materials tend to be brittle, which limits the use of photopolymers in applications like 3D printing, biomedicine, and microelectronics. Researchers present a method by which methacrylate-based, homogenously crosslinked, tailored, tough polymers can be made -- even at high resolution for 3D printing.
https://www.sciencedaily.com/releases/20...102911.htm
An ever-growing number of coatings, including varnishes and printing inks, as well as tooth fillings, are cured with light. Yet, homogenous, tailored, polymer networks cannot be produced, and the materials tend to be brittle, which limits the use of photopolymers in applications like 3D printing, biomedicine, and microelectronics. Researchers present a method by which methacrylate-based, homogenously crosslinked, tailored, tough polymers can be made -- even at high resolution for 3D printing.
https://www.sciencedaily.com/releases/20...102911.htm