A Study On Spider Silk Application

Spider silk has been used by humans for thousands of years. Cobwebs were used by the ancient Greeks to stop wounds from bleeding, and silk was used by the Aborigines as a fishing line for small fish. Spider silk is currently being studied for its possible use as a remarkably strong and flexible fiber. The mechanical properties of spider silk, as well as the non-polluting method by which it is made, have piqued people's interest. Petrochemical manufacturing is used in the manufacture of modern man-made super-fibers like Kevlar, which leads to pollution. The scope for spider silk application is enormous. 



Furthermore, silk is completely biodegradable. If spider silk production becomes commercially feasible, it may eventually replace Kevlar and be used to make a wide range of products, including:


  • Bullet-resistant vest

  • Bullet-resistant fabric

  • Lightweight clothing that is resistant to wear

  • Ropes, nets, seat belts, and parachutes are all available.

  • Rust-resistant panels for automobiles and boats

  • Bottles that decompose

  • Surgical tape, bandages and etc


Spider silk processing, on the other hand, is not easy and has a number of drawbacks. For starters, spiders can't be farmed like silkworms because they're cannibals that would kill each other if they're in close quarters. Since the silk produced is so fine, only 400 spiders are needed to produce one square yard of fabric. When silk is exposed to sunlight, it hardens, making it impossible to work with. That's why, in partnership with top universities, a few research laboratories developed a new technology and obtained the exclusive right to use proprietary genetic sequences for a number of fundamental spider silk proteins.


A few spider silk research leaders are collaborating with leading university laboratories to concentrate on the commercialization and production of spider silk applications. In the near future, many industries will witness huge business outcomes because of spider silk technology.
Location: 2723 S State St #150a, Ann Arbor, MI 48104, USA

Comments

Post a Comment

Popular posts from this blog

Image
Silk is a lustrous, protein-based substance, as we all know. It essentially provides elegance to textiles while also providing outstanding durability to medical sutures. Because docile silkworms are easier to farm than cannibalistic spiders, spider silk has historically made a little contribution to the silk industry's production. The virtues of spider silk are now almost legendary. This material has the same tensile strength as steel. There are biotechnology firms that are leaders in the field of spider silk development . Their main focus is on commercializing and developing spider silk. Top university laboratories engage with these genetic engineering businesses. For decades, scientists have been trying to come up with ways to make silk without using silkworms or spiders. Spider silk is a low-cost material that may be utilized to manufacture proteins, textiles, and other materials. If commercially viable, spider silk has the potential to be a life-saving ballistic resistant mat...
Read more

Find Leader in Spider Silk Development

Image
  Spider silk is a type of protein fiber spun by spiders. Spiders use their silk to make webs or other structures that can be used as sticky nets to catch other creatures, nests, or cocoons to protect their progeny or prey wrappings. Spider silk is a material produced by spiders. Spider silk is a wonderful substance and the strongest naturally occurring fiber on the planet. They can also suspend themselves using their silk for similar reasons. Spider silk is one of the most versatile materials on the earth. There are biotechnology companies that are the leaders in spider silk development . Spider silk development is being pursued by a few prominent publicly traded companies. Spider silk's unmatched strength and resilience have made it a popular choice for everything from ultra-thin surgical sutures to projectile-resistant clothing. Genuine spider silk is preferred by researchers due to its superior mechanical strength, temperature adaptability, and composition, whereas spider sil...
Read more