Advanced Hydrogen Technologies Corporation
     ////AHTC has
/been/awarded a
/grant from The
/National Science
/Foundation.
DISSIMILAR  METAL  BONDING
 
AHTC strives to be the first company to
commercialize portable impact bonding of
dissimilar metals. Bonding of dissimilar
metals is done when the properties of two
metals are needed in one part or the joining
of two metals is needed to prevent galvanic
corrosion or electric arcing.  This can be
done when they are impacted together
  
sufficiently.  The highest quality dissimilar
metal bond is presently done by explosives.  
AHTC's "Cartridge for the Generation of
Hydrogen" offers a superior alternative that
is safer, efficient, and cost effective.  AHTC
efforts are supported by a recently awarded  
SBIR Phase I grant from the National
Science Foundation.  
  
/Catawba County
 Chamber of
/Commerce
/Entrepreneur
/Competition
Since 2009, AHTC has been perfecting its innovative technology, Cartridge for the Generation of
Hydrogen. The cartridge offers a safe and controlled alternative to explosives by producing ultra-high
pressure (100k+) in the form of hydrogen gas.    

Who Can Benefit?

Anyone needing to perform a task requiring a large amount of directed power (energy) in a controlled and
sustainable manner. Our cartridge has several advantages over traditional power-generation methods,
including:
Copyright 2012 Advanced Hydrogen Technologies Corporation. All Rights Reserved.
Information herein is the subject of one or more of: U.S. Pat.#.7,967,879 & pending U.S. & foreign applications
Partnering
with NCSU
/AHTC is working  
/with/the Depart-
/ment of Mechan-
/and /Aerospace
/Engineering at
/North Carolina
/State/University.
We are dedicated
to bringing
manufacturing
jobs back to the
American People
Our Powerful Technology Offers A Safe, Cost-effective, and
Environmentally Friendly Alternative to Current Power
Generation Methods.  
*Safe
*Powerful
*Portable
*Highly Reliable
*Cost-Effective
*Environmentally Friendly
We are currently using the cartridge to replace explosives in the impact bonding industry.  However,
this technology may be used in a vast array of industries.