ATMOS Premium Tissue I Energy efficiency â A challenge for ... - Voith
ATMOS Premium Tissue I Energy efficiency â A challenge for ... - Voith
ATMOS Premium Tissue I Energy efficiency â A challenge for ... - Voith
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
RESEARCH AND DEVELOPMENT<br />
34<br />
New speed record on the <strong>Voith</strong> PTC VPM 6 pilot paper<br />
machine – Over 2,000 m/min with Single NipcoFlex press<br />
The VPM 6 pilot paper machine with Single NipcoFlex press at<br />
<strong>Voith</strong>’s new Paper Technology Center has produced wood-free<br />
paper at 2,092 m/min – exceeding the world record speed <strong>for</strong> this<br />
grade by more than 300 m/min. “This test result puts us far ahead<br />
of todays state of the art”, according to the <strong>Voith</strong> R&D team.<br />
This speed record is all the more impressive<br />
because it was achieved<br />
with only one press nip on a Single<br />
NipcoFlex press. The current production<br />
record is held by a paper<br />
machine with two shoe-press nips.<br />
Targeted development by <strong>Voith</strong> Paper<br />
Fabrics helped to achieve this speed<br />
record by optimally adapting the<br />
press fabrics to the machine technology.<br />
Meanwhile, these press felts<br />
have been successfully introduced to<br />
the market. The entire clothing con-<br />
cept <strong>for</strong> these trials, including <strong>for</strong>ming<br />
fabrics, press felts, press sleeves and<br />
dryer fabrics was carefully selected<br />
by <strong>Voith</strong> experts <strong>for</strong> high speed and<br />
high paper quality.<br />
An important advantage of this press<br />
concept is the closed web run, which<br />
ensures that even at the most critical<br />
points, such as in the first dryer<br />
group, web transfer at this record<br />
speed is no problem. Finally, the<br />
quality of the paper produced with<br />
15% filler is impressive, with excellent<br />
<strong>for</strong>mation, strength characteristics<br />
and surface properties.<br />
Contact<br />
Daniel Gronych<br />
<strong>Voith</strong> Paper R&D<br />
daniel.gronych@voith.com<br />
24 I 2007 I <strong>Voith</strong> Paper I twogether