| Price | US $568 / piece |
| MOQ | 1 set |
| Delivery Time | 5-8 work days |
| Brand | Kyocera |
| Place of Origin | Shanghai |
| Model Number | 53mm |
| Payment Terms | T/T |
| Supply Ability | 500 Pieces per month |
| Brand Name | Kyocera | Payment Terms | T/T |
| Place of Origin | Shanghai | Warranty | Unavailable |
| Price | US $568 / piece | Delivery Time | 5-8 work days |
| Minimum Order Quantity | 1 set | Model Number | 53mm |
| Supply Ability | 500 Pieces per month | Name | Kyocera Thermal Transfer Printhead |
| Resolution | 300DPI | Applicable TTO Model | DIKAI D03S |
Electric
power
resistance
and
pulse
resistance.
Power
resistance
and
pulse
resistance
refer
to
the
durability
of
the
heat
emitter
under
the
condition
of
power
pulse
driving
the
print
head.
The
criterion
for
judging
this
is
SST
(Step
Stress
Test).
What is SST? ...
Set the pulse period and pulse width to the same conditions, drive with a certain power for 10,000 pulses, and then check whether the current impedance value changes compared with the original resistance value. 10,000 pulses are a step, and the power is slowly increased at each step for observation, which is used to evaluate durability.
In order to improve pulse durability, Kyocera began to develop new impedance materials, so that users can use stable products with little change in upper impedance value.
Resistance
to
physical
wear.
The
thermal
print
head
is
in
direct
contact
with
thermal
paper
and
carbon
tape,
and
friction
will
occur
during
paper
feeding.
Especially,
barcode
printers
used
in
industry
need
to
print
at
high
speed,
and
consumables
also
need
to
use
materials
with
strong
oil
resistance
and
low
friction.
Physical
wear
resistance
is
an
important
performance
that
influences
the
life
of
printers.
Kyocera
rationally
develops
protective
film
varieties
according
to
various
customer
demands,
and
DLC
(Diamond
Carbon
Fiber)
high-durability
protective
films
for
film
formation
are
also
possible.
Environmental
resistance
In
recent
years,
the
devices
that
use
thermal
print
heads
around
us
have
gradually
increased.
For
example,
the
card
issuing
machine
in
the
parking
lot,
the
outdoor
parking
lot
will
be
exposed
to
the
wind
and
rain,
which
is
a
very
bad
environment
for
printers.
As
a
key
material,
thermal
print
heads
are
increasingly
required
to
improve
their
environmental
resistance.
Through
the
improvement
of
protective
film
materials
and
processing
conditions,
we
are
gradually
improving
the
environmental
resistance.
