A long awaited advancement in swimwear, Sun Dry Technologies, a division of Solestrom International, has launched a line of swimwear that dries itself instantly. Sun Dry Swim™ features quick dry nanotechnology enhanced swimwear fabric that sheds water as naturally as skin. Water beads off Sun Dry water repellent swimwear, after wearing the suits are simply shaken to dry.

Amy Hardin, Sun Dry Technologies explains the technology as "Optimal technical performance paired with ultimate comfort. Sun Dry Swim fabrics are treated using our proprietary methods with a nanotechnology process that is inert, UV stable, and completely harmless to skin. Our non-toxic nanotechnology treatment is water based and environmentally friendly."

Sun Dry Swim™ fabric has an invisible nanotechnology mesh around each fabric fiber, creating a permanent water repelling material without interfering with the fabric weave. This effect creates an easy to clean, breathable protected surface with water resistant properties, the material cannot soak up liquid, while the fabric still looks and performs like top quality swimsuit fabric.

Features of Sun Dry Swim™

• Breathable 4 way stretch fabric
• Fast dry material
• Liquids pearl and easily roll off
• Long lasting surface protection

Additional Features of Sun Dry Swim™ Sport

• Extreme Chlorine Resistance
• Colorfast in sun, chlorine, sand
• Water resistance not affected by UV Rays

Sun Dry Swim™ and Sun Dry Swim™ Sport bathing suits are available in a selection of men's, ladies and children's fashion, sports and aqua fitness swimming suits. Sizes range from 0-22 for ladies, S -2XL for men, and Children's from 4-16. More styles and colors will be available in the fall through Solestrom.com.

The Sun Dry Swim™ product line can be viewed at www.sundryswim.com .

Find out more:
Innovations in Textiles 2009 :
Smart, nano and technical textiles for medical, industrial and clothing applications.
18 - 19 March 2009, The Royal College of Physicians, London, UK http://www.nano.org.uk/conferences/textiles2009/overview.htm