Goldsol Inc. has developed a revolutionary new nano silver formulation with a high silver content of up to 60% that can be used for conductive inks and thin films. The nano silver was created through a collaboration between Goldsol and materials science researchers at Clarkson University. Goldsol is a nano metals technology company that aims to produce unique nano gold, silver, copper, and other metals to enable a variety of applications such as flexible electronics, displays, energy harvesting, and diagnostics. Goldsol's patent pending process for manufacturing stable gold colloids was developed by Professor Dan Goia at Clarkson University and licensed exclusively to Goldsol.

1. Gold and Silver nanoparticles have attracted substantial interest from the
scientific community for over a century because of their unique physical,
chemical, and surface properties. Dispersed gold and Silver nanoparticles (also
known as Colloids) can be implemented in a variety of applications, such as
non-linear optics, electronics, surface enhanced spectroscopy (used in tumor
detection), pigments, biology, sensors, biosensors, drug delivery, dentistry,
coatings, and DNA sequence detection, among others.

2. Printed Electronics is considered by many to be the next revolution in the
field of commercially viable Electronics. Goldsol Inc., through a cooperative
relationship with materials science researchers at Clarkson University, has
released a revolutionary new nano silver formulation that features a high
concentration (up to 60% silver content), sub-20nm silver colloidal solution
and can be specifically formulated for conductive ink or thin film
applications.

3. Goldsol, Inc is a metals nano technology development company whose
mission is to develop and produce unique nano gold, silver, copper and
other nano metals that can be applied to the production of a broad
range of useful materials and devices. By applying our innovative
technology to fields such as flexible elec-tronics, displays, energy
harvesting, and diagnostics, we can offer competitive advantages
through lower cost, higher throughput and larger area production.

4. Our patent pending GNS™ process for manufacturing stable dispersions of
colloidal gold was developed by Professor Dan Goia and his team at Clarkson
University and licensed exclusively to Goldsol Inc. The gold nanoparticles
produced by this process are very uniform and remain well dispersed even at high
metal concentrations. Their size can be accurately tuned from ~10 to 160
nanometers, which makes them suitable for a wide range of practical applications.
Scientists have known for decades that gold nanoparticles not only have unique
properties but are also well tolerated by the body’s immune system.

5. Silver has been extensively used in the manufacture of electronic components
for decades, as have its metal cousins, copper and gold. The less metal
needed, especially when one is using expensive metals like copper, silver, and
gold, translates into lower cost. The nagging problem has been that the added
cost of making the nano solutions themselves has more than offset the savings
in metal content that the solutions offered, rendering them unviable as
alternatives to traditional methodologies.
For more information please visit our site:
www.goldsolinc.com