TRADE NAME PRODUCTS & CAPABILITIES
Our
trade name products
are
designed
to
cover
a
broad
spectrum
of
high-performance
applications,
each
designed
with
its
own
unique
characteristics.
For
example,
NEWtuf®
cables
are
typically
used
in medical applications
due
to their
high
axial
tensile
strength,
superior
flexibility
and
ease
of
sterilization.
NEWind®
Winding
Wires
eliminate
the
need
for separate
ground,
interwinding,
and
turn
insulation in
transformers,
motors
and
coil designs.
NE-F1
Insulation
System
is
our
UL
approved
electrical insulation
system
of
high-performance
winding
wires.
NEWtral®low
noise
cables
neutralize
noise
generated
by mechanical
shock
and
vibration.
NEWcel®
is a
closed-cell
foamed
material
that
provides
a significantly
reduced
dielectric constant in ultra-miniature coaxial, twinaxial
and
triaxial
cables.
And
our
COLDflex
Ground
CableTM
makes
handling
easy
even
in
harsh
weather--as
low
as
-40°C.
Contact
our
design
team
to discuss
your
toughest
wire
and
cable
challenges;
we specialize in
custom
solutions
for
your
unique
application.
NEWtuf®
REINFORCED
Does
your
product
require
high
axial strength
under
extreme
conditions
like
operating
rooms
and
trauma centers?
NEWtuf®
custom
cables
SILICONE
RUBBER
deliver
peak
jacket strength three
times
that
of
conventional
silicone
rubber
jacketed
cables.
They
help
eliminate
damage
from
pulling
and
stretching,
yet
maintain
their
flexibility
even
after
repeated
exposure
to
high
temperatures,
solvent
sterilization
and
autoclaving.
While
tougher
than
conventional
silicone
rubber,
NEWtuf®
jackets
can
be
easily
stripped
with
standard
equipment.
Commonly
used
in
power
conversion
and
other
applications
requiring
NEWind®
SPECIALTY
additional
voltage-with stand,
our
specialty
transformer
winding
wires
(to
WINDING
WIRE
UL
60950
Annex
U
and
VDE
IEC
60950)
are
available
in
supplementary
and
reinforced
constructions.
NEWind®
Specialty
Winding
Wire
solves
the
problem
of
damage
to
the
insulation
between
winding
turns by
coating
the
conductors
with
multiple
thin
layers
of
insulation
so
defects
in
any
one
layer
will
not
reduce
insulation
ability.
The
result?
You
can
manufacture
smaller,
less
costly
motors
and
transformers
because
there
is no
need
for
additional
interleaved
insulation.
w w w. n e w e n g l a n d w i r e . c o m
Te l : 6 0 3 . 8 3 8 . 6 6 2 4
©
2005
New
England Wire Technologies
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