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 Aerospace...Internal aircraft
applications include a lightweight EMI/EMP/RF shielding material for
sensitive electronic equipment, a ground plane substrate, and an
effective static dissipater. External applications include a
revolutionary "paintable" embedded antenna array and corrosion
resistant skins.
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 Marine…As a water-based coating,
Unishield can be utilized without threatening the environment. It is
highly resistant to corrosion in harsh, salty conditions and it is
therefore well suited for marine use. A Unishield-based system is
currently in development that effectively discourages hard fouling
on ship hulls by creating an electrical stun
field. |
 Defense… With the renewed emphasis on weight
reduction, Unishield has seen significant applications in multiple
military platforms as all DOD divisions have focused on the
introduction of composites to military equipment. Unishield provides
a quick and easy answer for the "metallization" of these composite
structures thereby allowing for significant weight reduction without
sacrificing the favorable shielding characteristics of
metal. |
 Electronics…As electronic devices
become smaller and more powerful, it is increasingly more difficult
to shield the resulting electro-static and electro-magnetic
discharges that concern users. When incorporated into the housings
and cabinets, Unishield effectively shields in excess of 90% of the
electronic discharges without the use of heavy, bulky metallic
shielding. |
 Security…Banks, financial centers,
computer rooms, radar facilities and other sensitive areas with
national security concerns that demand secure communication and data
transmission can use a Unishield based system to effectively and
unobtrusively create S.C.I.F. and other tempest-based facilities to
protect against atmospheric data theft, eavesdropping, or electronic
espionage. |
 Communications...Proven to be a "paintable antenna,"
Unishield is now the key material in a patent-pending technology
that effectively creates the means to transform almost any surface
into an antenna, thereby dramatically altering the way communication
systems can be linked. Military applications abound, as do
industrial and recreational uses including significant enhancement
to cell networks in inner city environments, underground situations
and within large buildings. Conformal communication antennas or GPS
antennas can now be a part of every fireman's helmet, police
uniform, life raft, etc. The possibilities are
limitless. |
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