Supramolecular Rubber
Victoria Tremlin — February 21, 2008 — Unique
References: timesonline
Scientists have developed a new form of Elastic with life like properties. They fabric has been make into women's tights in order to demonstrate its ability. If the tights become laddered, no need to throw them away, push the fabric back together and within about 15 minutes it can mend itself and look as good as new.
The concept works with regards to the bonds between the molecules. If they are pushed back together they act with lifelike qualities which form bonds back together.
The scientists believe the new technology can have a variety of uses, such as unbreakable glass, unchipable paint, more durable artificial bones, unburstable pipes. He is also sure that the concept can be applied within medicine in order to mend bones and cartilage for example.
The concept works with regards to the bonds between the molecules. If they are pushed back together they act with lifelike qualities which form bonds back together.
The scientists believe the new technology can have a variety of uses, such as unbreakable glass, unchipable paint, more durable artificial bones, unburstable pipes. He is also sure that the concept can be applied within medicine in order to mend bones and cartilage for example.
Trend Themes
1. Supramolecular Rubber - The development of supramolecular rubber with self-healing properties opens up opportunities for creating durable and mendable products.
2. Self-healing Materials - The use of self-healing materials like the elastic fabric can revolutionize industries that require durability and longevity.
3. Innovation in Healthcare - The application of self-healing technology in medicine offers possibilities for mending bones and cartilage, enhancing medical treatments.
Industry Implications
1. Fashion and Apparel - The fashion industry can adopt self-healing fabrics, like women's tights, to create more sustainable and longer-lasting products.
2. Construction and Infrastructure - Self-healing materials can be used to create unbreakable glass, unchipable paint, and unburstable pipes, enhancing durability in the construction industry.
3. Medical and Healthcare - The medical industry can explore the use of self-healing materials for developing more durable artificial bones and cartilage, improving patient outcomes.
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