Super strong adhesive withstands 200 degrees Celsius
Scientists develop adhesives with high strength, one cm2 can hold objects weighing 136 kg.
Browse ScienceInfo articles and explainers related to New Material.
182 published items.
Scientists develop adhesives with high strength, one cm2 can hold objects weighing 136 kg.
The scientists added a special powder to the 3D-printed plastic so that when it breaks, it can be simply repaired on-site.
A team of engineers from Berkeley Labs developed roof coatings that can make buildings warmer or cooler depending on the weather.
Scientists have created a plastic cup from salmon sperm and vegetable oil, environmentally friendly, biodegradable.
Plastic plays an important role in modern life as well as the production lines of essential things for life, but recycling plastic is expensive, and plastic itself can c…
The surgery on November 25 helped the 47-year-old man in the UK get the eye he wanted. He also became the first person in the world to be fitted with a 3D printed prosth…
Experts use pressure to transform a carbon material into a new type of glass that has the potential to be mass-produced with a wide range of applications.
Pulsar Fusion is developing and testing rocket engines powered by compounds found in recycled plastic waste.
Scientists at the University of Manchester, UK have developed a smart woven fabric that can penetrate into adaptive clothing to keep the wearer cool in warm weather and…
This is a material similar to ceramics.
A fabric can extract tiny amounts of electricity from the wearer's movement, then generate electrical impulses large enough to kill almost all bacteria.
A study by students of the University of Natural Sciences found that antibiotic adsorbent in wastewater is nearly 98% and can be reused.
The researchers developed a new material that not only filters particles smaller than 100 nanometers but also breathes better than medical masks.
Scientists from the National University of Science and Technology (NUST MISiS), together with their Czech and US colleagues, have developed a new implant material that h…
Scientists have discovered a new material that can expand or contract significantly when exposed to weak electrical currents.