When mankind is short of ideas, it seems that nature should turn its attention and be inspired by what nature has created for itself. Seneca is credited with saying in the early years of the Common Era that “all art is an imitation of nature.” More than 20 centuries later, after being fully immersed in the age of technology, the maxim passed down by the Cordoba philosopher still holds true today.
A group of scientists from McGill University in Montreal (Canada) Highly resistant, puncture-resistant fabric that mimics fish scalesinventions that can Essential for protective clothing design In a professional environment where accidents due to cuts and cuts are a daily occurrence.
Over five years, these Canadian researchers have Studying Scale Behavior in Hundreds of Different Fish Species to understand their mechanical properties. Their aim was to find structures that were flexible and strong enough to replicate in the form of gloves and body armor.
Garfish is responsible for the “eureka” project.We already knew that this giant freshwater species, also known as the needlenose gar, can survive out of water for up to two hours. But now we also know that the scales offer great flexibility and protection.
“Garfish scales may be the inspiration for future armor.”
Through a series of experiments, these scientists discovered g.Fish scales are made of the hardest collagen-based material ever known, is very difficult to pierce and is characterized by formidable resistance. Moreover, according to laboratory tests conducted, the smallest of these scales appear to be the most difficult to puncture.
With all this information in mind, a Canadian team devised a technique to coat fabric by replicating the scale characteristics of this particular species. is what was done gloveswhich features scales made of ceramic material and has been proven to be less prone to cuts and punctures than those currently in use.
This new type of fabric could revolutionize the production of protective clothing for high-risk work conditions, but we’ll have to wait until standard production sees if there are any specific possibilities. .
sauce: Phys, ComputerHoy
