Home > News > Imagine Shoes that Are Forever Odor-Free!
September 27th, 2004
Imagine Shoes that Are Forever Odor-Free!
NanoHorizons, Inc. today announced the availability of a low-cost line of concentrated, polymer-compatible gold and silver nanoparticles in research and pilot production volumes. With prices for small quantities ranging from $100 to $400 per liter, NanoHorizons' noble-metal nanoparticles' unique combination of exceptionally low cost and polymer manufacturing process compatibility will enable manufacturers to create a vast array of plastic consumer and industrial products with built-in antimicrobial properties.
Imagine Shoes that Are Forever Odor-Free!
NanoHorizons Unveils First Low-Cost Noble-Metal Nanoparticles in Organic Solvents
Cost Breakthrough Plus Polymer Manufacturing Compatibility Enables Vast Array of Antimicrobial Products, from Sneakers to Mascara
State College, P.A. September 27, 2004
NanoHorizons, Inc. today announced the availability of a low-cost line of concentrated, polymer-compatible gold and silver nanoparticles in research and pilot production volumes. With prices for small quantities ranging from $100 to $400 per liter, NanoHorizons' noble-metal nanoparticles' unique combination of exceptionally low cost and polymer manufacturing process compatibility will enable manufacturers to create a vast array of plastic consumer and industrial products with built-in antimicrobial properties. Examples of potential products include plastic storage containers, food packaging materials, plastic gloves, and clothing such as odor-free, microbial-free shoes, socks, and hats.
From Odorless Shoes to Extended Shelf Life for Perishable Products
"Our manufacturing process advantages enable us to price our nanoparticles aggressively - 90% below the lowest competitive price we could find - and offer them in a choice of solvents, making them easily adaptable to current manufacturing processes," said Robert Burlinson, CEO and President of NanoHorizons. "This means that all sorts of manufacturers can easily and inexpensively incorporate the attractive properties of noble metals into their products. Imagine shoes or socks that are odor-resistant, mascara that resists transmitting infections, and food packaging materials that increase food storage life on the shelf or in the home."
Magnified by 40,000 times, the following images show rod, sphere and polygonal silver nanoparticles. The surface chemistries of these particles enable cross linking into urethane polymers. Click to see larger versions.Copyright © NanoHorizons.
Silver: An Antimicrobial Since Antiquity
Silver's antimicrobial properties have been known for centuries. In ancient Greece and Rome, silver containers were used for perishable liquids because they retarded the growth of food-spoiling organisms. Western medicine has been using eye-drops containing silver to prevent infections in newborn babies' eyes for more than a century. More recently, silver has been introduced into socks to prevent foot infections for soldiers deployed in jungles.
"While silver has been used since antiquity for its antimicrobial properties, these are the first commercially available noble metal nanoparticles engineered for use in plastic-based products, making them economically viable for innumerable products and applications," said Dr. Stephen Fonash, NanoHorizons' Chairman. "These particles are terminated with specific surface chemistries and delivered in organic solvents, making them compatible with polymer processing. This breakthrough brings together three critical components: noble-metal nanoparticles, volume commercial availability at breakthrough costs, and compatibility with polymer processing."
NanoHorizons' silver and gold nanoparticles are available immediately at prices ranging from $100/liter (non-functionalized, in water) to $400/liter (Carboxylic acid or Amine functionalized in water, Methanol or Ethanol).
NanoHorizons Gold nanoparticles are 10-30 nanometers(nm) in size; silver nanoparticles are offered in two particle sizes: 10-30nm and 49-90nm. Available surface terminations include Amine, Carboxylic Acid, or Methyl and are delivered in a choice of two organic solvents: methanol and ethanol. They are also available in water.
Complete information on the NanoHorizons line of noble-metal nanoparticles is available on the company's website.
About NanoHorizons, Inc.
NanoHorizons, Inc. was founded in 2002 by Dr. Stephen Fonash, founder and Director of the Penn State Center for Nanotechnology Education and Utilization. The company focuses on nanotechnology applications in the drug discovery, microelectronics and health care industries. The company has licensed a comprehensive portfolio of nanotechnology Intellectual Property from the Pennsylvania State University, and its research and development team continuously produces real-life solutions to key problems using applied nanotechnology.
NanoHorizons's products and application introductions include: QuickMass™, which addresses the need for more cost effective pharmaceutical research and increased drug discovery capacity; the Postflex process for flexible displays, circuits and sensors on plastic; nano-materials for sensors for environmental control, respiration monitoring and medical diagnostics; and commercially available noble-metal nanoparticle/organic solvent products. For more information, please visit www.nanohorizons.com.
Nicolas A. Boillot
Dan Hayes, PhD
Copyright © NanoHorizons
If you have a comment, please
imec Announces Bluetooth® Smart Radio with Record Battery Lifetime: Radio paves the way to new personal health, lifestyle and smart home applications December 3rd, 2013
Waterless Car Wash Launched in South Africa November 15th, 2013
Nanomaterials database improved to help consumers, scientists track products: Database restructured to improve functionality, add scientific credibility October 28th, 2013
Reinste Promises for “Germ free India” October 21st, 2013
Study shows how water dissolves stone, molecule by molecule: International team uses computers, experiments to better predict chemical dissolution December 5th, 2013
Laser light at useful wavelengths from semiconductor nanowires: Nanowire lasers could work with silicon chips, optical fibers, even living cells December 5th, 2013
DNA helicity and elasticity explained on the nanoscale: Korean researchers propose simple model to explain DNA helicity and elasticity on a nanometer scale December 5th, 2013
3-D printing and custom manufacturing: from concept to classroom: Strategic investments from NSF help engineers revolutionize the manufacturing process December 5th, 2013