When most people think of silk, they think of mulberry silkworms, whose cocoons unravel into fine white strands when washed in warm water with soap. They produce 90% of the world's silk; the rest is produced by other forms of the silkworm. Since docile silkworms are easier to farm than cannibalistic spiders, spider silk makes a minor contribution to the silk industry's production in the past. Now, the properties of spider silk are almost legendary. It has the equal tensile strength to steel. It is, however, thinner and can stretch as much as a rubber band. When those characteristics are combined, it becomes more difficult. There are many companies who successfully established themselves as a leader in spider silk research to help out businesses find great potentiality in the textile market.

Spider silk has the ability to be a life-saving ballistic resistant material that is lighter, thinner, more versatile, and tougher than steel if it can be produced in commercial quantities. Spider silk can also be used as a structural material or in any application where lightweight and high strength are needed.

Top scientists have developed a new technology and have obtained the exclusive right to use proprietary genetic sequences for a number of important spider silk proteins. They have put themselves in a strong position by collaborating with some of the world's leading universities, which have produced some of the most cutting-edge genetic engineering technologies. Look for a company that specializes in genetically modified spider silk technologies and has won the top position by applying their patented genetic engineering spider silk technology to the domesticated silkworm, which is now one of the most efficient commercial producers of silk.

There are a few leaders in spider silk research who are collaboratively working with leading university laboratories to focus on the commercialization and development of spider silk.

For more details visit : https://www.kraiglabs.com/spider-silk/