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| Price | US $27.2/ piece |
| MOQ | 120 pieces |
| Delivery Time | 5-8 work days |
| Brand | Dikai |
| Place of Origin | Shanghai |
| Model Number | DT |
| Payment Terms | T/T |
| Supply Ability | 50000 Pieces per month |
| Brand Name | Dikai | Payment Terms | T/T |
| Place of Origin | Shanghai | Price | US $27.2/ piece |
| Delivery Time | 5-8 work days | Length | 500m |
| Minimum Order Quantity | 120 pieces | Color | Black, White |
| Model Number | DT | Supply Ability | 50000 Pieces per month |
| Width | 32mm, 33mm, 55mm | Name | DC Thermal Transfer Ribbon |
DT Thermal Transfer Ribbon TTR
Thermal transfer ribbons for TTO printers. Near edge ribbons have been developed for high-volume printing processes at high speeds. Suitable substrates are paper, various plastics and flexible packaging foils.
The Near edge technology makes it possible to integrate identification marking directly into the production process. We offer near edge ribbons that are wax / resin or resin based. these ink ribbon types have been developed for different stress requirements and surfaces. resin ribbons are more durable than wax/resin ribbons.
Companies that distribute large volumes of goods use thermal transfer printing with near edge ribbons because it guarantees resistant print, even at high print speeds. It’s used for packaging in the food industry, among others.
For
bar
code
printers
using
thermal
transfer
printing,
a
special
color
tape
is
needed
to
transfer
information
such
as
bar
codes
and
characters
to
labels.
This
special
ribbon
(commonly
known
as
carbon
ribbon)
is
generally
composed
of
three
parts:
base
film,
heat-resistant
coating
and
ink
coating.
It
is
the
carrier
of
base
film
ribbon,
and
polyester
film
with
a
thickness
of
4.5μm
is
generally
selected.
Its
strength
and
thickness
directly
affect
the
elongation
and
application
fields
of
carbon
ribbon.
The
main
function
of
heat-resistant
coating
is
to
insulate
heat,
reduce
friction,
reduce
dust
attached
to
the
print
head,
protect
the
print
head
and
prolong
the
service
life
of
the
print
head.
Ink
coating
is
composed
of
pigment,
resin,
wax,
additives
and
other
components.
It
affects
the
transfer
temperature,
printing
quality,
color
of
the
ribbon,
friction
resistance
of
prints
and
other
main
properties
of
the
ribbon,
and
is
the
core
of
the
ribbon.
Carbon
powder
is
the
ink
component
of
the
commonly
used
black
ribbon,
which
is
why
the
ribbon
is
often
called
carbon
ribbon.
The
working
principle
of
thermal
transfer
ribbon
is
that
the
carbon
ribbon
is
in
thermal
transfer
printer,
the
heat-resistant
coating
is
in
direct
contact
with
the
thermal
transfer
head,
and
the
thermal
transfer
ink
is
in
direct
contact
with
the
substrate
(label).
When
working,
the
thermal
transfer
head
instantly
releases
heat,
and
the
heat
of
the
heat
release
point
is
transmitted
to
the
thermal
transfer
ink
coating
through
the
heat-resistant
coating
and
base
film,
and
the
ink
is
melted
and
hot
printed
on
the
substrate
to
form
characters
and
images.
High-quality
ribbon
has
no
heat
transfer
ink
residue
in
the
heated
part
after
transfer.
