Armor Resin range AXR600 / OUT T27165ZA プリント
製品コード
T27165ZA
EXCELLENT RESISTANCE TO SMUDGE AND SCRATCH
EXCELLENT PRINTING QUALITY, SENSITIVITY AND
RECEPTOR MULTI-COMPATIBILITY
GOOD RESISTANCE TO HIGH TEMPERATURE
SUPER PREMIUM - RESIN
FOR CORNER EDGE & NEAR EDGE
FOR CORNER EDGE & NEAR EDGE
AXR
®
600
AXR
®
600
is dedicated to
applications requiring perfect
printing quality and excellent
mechanical resistances.
printing quality and excellent
mechanical resistances.
The ink provides excellent print
quality of all types of barcodes,
very small text, large characters
and logos, at a blackness up to
1.8 (ODR).
quality of all types of barcodes,
very small text, large characters
and logos, at a blackness up to
1.8 (ODR).
The ribbon structure allows
printing on many kinds of
synthetics (PVC, PET, PE, PP)
and on various matt and glossy
coated papers.
printing on many kinds of
synthetics (PVC, PET, PE, PP)
and on various matt and glossy
coated papers.
The printed image offers an
excellent smudge and scratch
resistance and good heat resis-
tance, up to 180°C.
excellent smudge and scratch
resistance and good heat resis-
tance, up to 180°C.
Those characteristics remain at
speeds up to 250 mm/s (10 ips)
and with 200, 300 and 600 DPI
printheads, making this ribbon
perfectly adapted to the labelling
market and allowing its use in
the fl exible packaging printing
market.
speeds up to 250 mm/s (10 ips)
and with 200, 300 and 600 DPI
printheads, making this ribbon
perfectly adapted to the labelling
market and allowing its use in
the fl exible packaging printing
market.
AXR
®
600 grade features ARMOR’s
outstanding backcoat technology,
ensuring excellent printhead
protection, preventing clogging
and static build-up.
ensuring excellent printhead
protection, preventing clogging
and static build-up.
PRINTING QUALITY
SENSITIVITY
RESIST
ANCES
All ARMOR product sheets are available on our website www.armor-group.com
Evaluation of observed performances of the ribbon with optimised printer settings and receptors (ARMOR procedure).
%
%!*
&
&!*
'
'".
'!*
D9G
8bWYad[ii
%
'%
)%
+%
-%
'&&
&8WhYeZ[
%
'%
)%
+%
-%
&%%
/&8WhYeZ[
%
'%
)%
+%
-%
/+
&%%
I^Whfd[ii
/+
%
'%%
)%%
+%%
-%%
Fh_dj_d]If[[Z
;d[h]o
H[Y[fjeh9ecfWj_X_b_jo
JcXdViZYeVeZgh
8dViZYeVeZgh
=^\]\adhheVeZgh
Hnci]Zi^Xh
-
&+
')
('
bb$h
^eh
'&
(+&
Adl
BZY^jb
=^\]
%
'%
)%
+%
-%
&%%
/+
C[Y^Wd_YWbH[i_ijWdY[i
(' &%%
'%%
(%%
)%%
*%%
%
*%
&%%
&*%
'%%
'*% (%%
;
8
)+,
>[WjH[i_ijWdY[
%
&
'
(
)
*
+
,
-
7ajZLdda/
A^\]i
Ej^[hH[i_ijWdY[i
'.&
%
'%
)%
+%
-%
&%%
HdakZcih
HjWbZg\Z/
%
'%
)%
+%
-%
&%%
LViZg
GjWiZhiZg/.(.\!cdYVbV\ZV[iZg½XnXaZh/
>E6/
>E6/
*
:i]Vcda/
*
B^cZgVaHe^g^i/
(%
JcaZVYZY\Vhda^cZ.-/
cg
Bdidgd^a/
'*%
7gV`Z[aj^Y/
cg
cdigZXdbbZcYZY
8gdX`bZiZg!+-%\$Xb
'
!
cdYVbV\ZV[iZg'%%XnXaZh#
1#
##############################
lVm$gZh^c
##########
gZh^c
######
3
1#
###½½#########################½##
lVm$gZh^c
######
gZh^c
#
3
1#
###########½#######
lVm$gZh^c
##############
gZh^c
##########
3
APR
®
600
APX
®
650
APR
®
700
AXR
®
800
AXR
®
900
AXR
®
600