Cymat Technologies LtdTSXV: CYM

Cymat Achieves Technical Advance to Significantly Reduce Material Cost

Cymat Corp. Update - From Dr. Paul Tichauer

Listing:   TSX
Symbol:    CYM

TORONTO, Nov. 10 /CNW/ - As president and CEO of Cymat, I'm pleased to
present the first in a series of corporate updates. Our intention is that
these reports become a regular feature of Cymat's communications with its
stakeholders.
This update reviews a significant advance Cymat has made in reducing the
cost of the raw materials involved in producing our signature product,
Stabilized Aluminum Foam, or SAF.
SAF is produced by bubbling a gas into molten alloyed aluminum containing
a dispersion of fine ceramic particles such as silicon carbide or aluminum
oxide. The presence of these particles is essential to achieving the stability
and uniformity of the cellular structure within the SAF that make it such a
durable, lightweight and useful material.
The ceramic particles are a major component of the material cost of SAF.
For some time, we have known that if the volume of particles required to make
SAF could be reduced, the overall cost of Cymat's products would be lower,
making them cheaper for us to produce and more affordable for our customers to
buy.
Through a series of experiments, we have been able to reduce by 80% the
ceramic particles content needed to make SAF. This in turn has yielded an
overall reduction of more than 50% in the raw material cost for our SAF. What
makes this development particularly remarkable is that, although we are now
using significantly fewer ceramic particles than ever, the SAF that Cymat is
producing exhibits no deterioration of material properties and, in fact, can
now be made with a smaller, more uniform cell structure.
The smaller cell structure also allows for finer detailing in the shape
of parts produced with SAF. We believe that this advance provides us with the
capability to produce a product with small enough cross section and thin
enough profile to make it feasible, for example, to place a foam core inside a
vehicle sun visor.
Essentially, by reducing the ceramic content, Cymat has pioneered a
product that costs less to produce than before, is stronger because the cells
are smaller, is more adaptable, can be put to more uses, and is more
affordable for our customers. This achievement is particularly important as
our clients, especially those in the automotive sector, are under cost
pressures. This makes SAF that much more desirable, accessible and closer to
meeting our customers needs for use in the fabrication of their parts on a
commercial scale.
We're pleased to report this development and proud of the employees whose
ingenuity led to this achievement. We think it will become yet one more
compelling reason that Cymat's target customers in the automotive sector will
want to utilize our aluminum foam products.

Dr. Paul Tichauer
President and CEO

About Cymat

Cymat develops innovative materials for industry. The company has
exclusive worldwide rights, through patents and licenses, for producing
Stabilized Aluminum Foam. The ultra-light metallic foam is manufactured by
bubbling gas through molten alloyed aluminum containing a dispersion of fine
ceramic particles and can be produced as either Near-net Shapes or Flat
Panels. The result is a new strategic material with a wide array of benefits,
including a good strength-to-weight ratio, mechanical energy absorption at low
stress levels, thermal and acoustic insulation, recyclability and relatively
low cost of production. Cymat is collaborating with a number of partners
spanning the automotive, transportation and construction industries. The
company's principal focus is on automotive, where aluminum foam is ideally
suited to the industry's objectives to make vehicles lighter, safer and better
for the environment. For further information, visit the Web site
www.cymat.com.

The foregoing press release contains forward-looking statements relating
to the development of markets, development programs, future revenues and
improvements in technology, which are subject to important risks and
uncertainties. The results or events predicted in these statements may differ
materially from actual results or events. Factors which could cause results or
events to differ from current expectations include the availability of
funding, existing and future relationships with suppliers and manufacturers,
the results of research and development activities, risks of technological
breakthroughs that make Cymat stabilized aluminum foam less attractive, risks
relating to the breadth, scope and enforceability of intellectual property
rights, general industry and market conditions, availability of qualified
personnel, and reliance on co-development partners. For additional information
with respect to these and other factors, see the reports filed by Cymat Corp.
with the Ontario Securities Commission. Cymat Corp. disclaims any intention or
obligation to update or revise any forward-looking statements.