Taiwan, Feb. 1 /PRNewswire-FirstCall/ -- Nano Superlattice
Technology Inc. (hereinafter "Nano") (BULLETIN BOARD:
NSLT) , a company engaged in the coating of tools
and components with nano structured PVD coatings
for the semiconductor, precision machinery and telecommunication
industries, announced today that its PVD coatings
have passed initial qualifying tests and examinations
by Chi Mei Optoelectronics Corp. and has received
a preliminary trial order for the coating of two
industrial components. The order is for the precision
nano-coating of a penett and wheel axle which are
used in the cutting of glass for TFT-LCD panels.
The superhard nano-coating makes the penett and the
glass cutting wheel axle extremely resistant to wear
and increases its durability and product life by
order represents a positive step in the development
of Nano Superlattice Technology because it is for
the coating of components used in the precision
cutting of glass products and because it was done
in cooperation with Chi Mei Optoelectronics Corp. "We are excited
to have passed Chi Mei's preliminary qualifying testing
procedures for our nano-coating processes," said
nano-coating process supervisor Dr. Cheng Yu-Cheng.
Nano announced the completion of mass production
machinery in May 2005 and has been developing its
nano-coating process in several different application
markets with the successful introduction of several
new elemental compounds which improve the performance
of precision electronics including mobile phones,
high-technology manufacturing such as with PCB's
and LCD monitors as well as devices used in cutting
and drilling such as those used in the automotive
and medical industries.
About Nano Superlattice Technology Inc.
Nano utilizes Arc Bond Sputtering and Superlattice
technology to apply multi-layers of super-hard elemental
coatings on an array of precision products to achieve
a variety of physical properties. The application
of the coating on industrial products is designed
to change their physical properties, improving an
individual product's durability, resistance, chemical
and physical characteristics as well as performance.
Nano's super-hard alloy coating materials were especially
developed for printed circuit board drills in response
to special market requirements. Nano plans to continue
research and development into these techniques due
to the vast application range for this type of nanotechnology.
More information: www.supernano.com.tw
This release was issued on behalf of the above organization
by Send2Press(R), a unit of Neotrope(R). http://www.send2press.com/
Source: Nano Superlattice Technology Inc.
CONTACT: Alice Hwang of Nano Superlattice Technology
Web site: http://www.send2press.com/
Web site: http://www.supernano.com.tw/