0:00 → 0:04
the special demands on the base paper
0:04 → 0:07
are good formation and uniformity across
0:07 → 0:10
the web width for perfect absorption of
0:10 → 0:13
the coating color later on Voight
0:13 → 0:15
supplies the entire technology for the
0:15 → 0:17
well coordinated paper production
0:17 → 0:21
process from stock preparation to paper
0:21 → 0:27
converting the duo former tqv as part of
0:27 → 0:29
the one platform concept offers an
0:29 → 0:31
efficient tool for the optional
0:31 → 0:33
adaptation of the sheet forming
0:33 → 0:36
conditions the new master jet - G head
0:36 → 0:38
box hydraulic system is a precisely
0:38 → 0:41
tuned system of turbulence generator
0:41 → 0:45
nozzle geometry and lamellas with the
0:45 → 0:47
help of module jet dilution technology
0:47 → 0:50
the CD basis weight profile is
0:50 → 0:53
controlled precisely in sections thereby
0:53 → 0:56
achieving constant and excellent basis
0:56 → 1:01
weight profiles after sheet forming the
1:01 → 1:03
paper web must be further drained by
1:03 → 1:06
mechanical pressure and compacted an
1:06 → 1:08
alternative press concept for the
1:08 → 1:10
production of specialty papers at high
1:10 → 1:13
machine speed is the duo century nipkow
1:13 → 1:15
flex press the moisture content of the
1:15 → 1:19
paper web decreases from approximately
1:19 → 1:22
80% to approximately 52%
1:23 → 1:27
the Commodore run is a combination of
1:27 → 1:29
single T or drier groups in the front
1:29 → 1:32
and two-tier drier groups in the rear
1:32 → 1:35
area of the drier section it dries the
1:35 → 1:38
paper web on both sides this prevents
1:38 → 1:40
curl and the drier section can be
1:40 → 1:45
constructed in a more compact way with
1:45 → 1:50
the same drying capacity the echo Cal
1:50 → 1:52
belongs to the family of machine
1:52 → 1:55
calendars and generally consists of two
1:55 → 1:58
hard rolls one of the two rolls is an
1:58 → 2:00
anti deflection roll of the nipkow or
2:00 → 2:03
nip correct type this machine calendar
2:03 → 2:07
is used particularly for the CD
2:07 → 2:11
profiling of the caliper the speed sizer
2:11 → 2:14
is a unit for indirect coating the
2:14 → 2:17
coating color is first metered onto
2:17 → 2:19
applicator rolls and transferred to the
2:19 → 2:23
paper web in the roll nib the process
2:23 → 2:26
parameters metering elements roll covers
2:26 → 2:30
and roll geometry are adapted to suit
2:30 → 2:35
the particular application after the
2:35 → 2:37
code has been applied the paper must
2:37 → 2:39
again be brought to a dryness of four to
2:39 → 2:42
six percent the module dryer is a
2:42 → 2:45
complete functional unit in which the
2:45 → 2:49
coded web is guided without contact and
2:49 → 2:53
simultaneously dried the coated and
2:53 → 2:57
already pre dried paper is finally dried
2:57 → 2:59
in a second combi duo run group
3:01 → 3:05
the rewind with the master wheel is an
3:05 → 3:08
extremely economical solution for the
3:08 → 3:11
efficiency of a production line quality
3:11 → 3:14
availability and minimization of paper
3:14 → 3:17
loss quantities are of paramount
3:17 → 3:20
importance the master wheel sets new
3:20 → 3:23
standards in all three criteria and is
3:23 → 3:27
suitable for the highest speeds and
3:27 → 3:30
winding diameters up to 3.5 meters
3:34 → 3:37
[Music]
3:49 → 3:53
now the paper is transported to the
3:53 → 3:55
offline coding machine based on the one
3:55 → 3:59
platform concept and provided with a
3:59 → 4:01
high quality thermal coat