Nanotechnology can improve fabrics, making them harder wearing and more resistant to dirt, water, oils or other chemicals. Many of these developments are based on what happens in nature. For example the lotus leaf is covered in nanoscale waxy “bumps” which causes water to bead and be shed easily. Fruits such as peaches are covered in tiny hairs which achieve the same effect. By incorporating such features in manufactured materials they too can be made water and stain repellent.

Nanotechnology is also leading to the incorporation of other features in clothing. This includes electronics for regulating temperature and monitoring health, lighter impact resistant materials and even shape-changing and colour-changing abilities. Although initially being developed by the military these could be used by police and rescue workers, offering for example constant monitoring of vital signs and greater body protection.

How New is Nanotechnology?

In 1959, physicist and future Nobel prize winner Richard Feynman gave a lecture to the American Physical Society called "There's Plenty of Room at the Bottom." The focus of his speech was about the field of miniaturization and how he believed man would create increasingly smaller, powerful devices.

In 1986, K. Eric Drexler wrote "Engines of Creation" and introduced the term nanotechnology. Scientific research really expanded over the last decade. Inventors and corporations aren't far behind -- today, more than 13,000 patents registered with the U.S. Patent Office have the word "nano" in them [source: U.S. Patent and Trademark Office].

Fabric that resists spills, repels stains, wicks away moisture, and resists static without sacrificing comfort. Many of your favorite brands are using Nano-tech fabrics. With spills and chills no longer a problem, you can just focus on the thrills.

NANO FABRICS INDIA health garment is the result of a new technological breakthrough in fabrics enhancement and health concept. NANO fibers are made with composites polymeric material which emit FAR-INFRARED rays and NEGATIVE IONS. The combination of FAR-INFRARED rays and NEGATIVE IONS help improve blood circulation, aid in stress relief, increase mental alertness, and assist faster recovery from fatigue and injuries. Conventional coatings in existing slimming garments feel stiff and clog the weave of the fabric preventing breath ability. NANO FABRICS INDIA  is able to deliver superior performance attributes without compromising the look, feel or comfort of the fabric by utilizing NANO-TECHNOLOGY. This technological process involved fabric treatment in nano-scale molecule, which is one million times smaller than a grain of sand.

NANO FABRICS WITH NEGATIVE IONS & FAR-INFRARED