smartfilamentsB1eng-short
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smartfilaments<br />
stepping into a sustainable future<br />
smartfilaments<br />
– stepping into a<br />
sustainable future<br />
What is so special about<br />
smartfilaments? Extracted<br />
from cellulose and manufactured<br />
by the lyocell process,<br />
the filaments boast<br />
consistently high quality<br />
and standardized features.<br />
smartfilaments is a natural<br />
substance with all the<br />
advantages of a synthetic<br />
material!<br />
The addition of organic and<br />
inorganic additives clears<br />
the path for unexpected and<br />
pioneering applicaions in<br />
various fields.<br />
Cellulose<br />
Additives<br />
Mixer for slurry<br />
Aggregate / Kneader<br />
NMMNO solvent<br />
Nozzle for<br />
fibers<br />
Closed water circulation<br />
for wash cycle<br />
Schematic diagram of manufacturing by the lyocell process<br />
Know-how – wher<br />
-ever you look<br />
Such a successful development<br />
always depends on<br />
teamwork and the knowledge<br />
of specialists. A glance<br />
at the basic technology and<br />
the partners involved sheds<br />
light on the competence<br />
invested in this project.<br />
Technological competence<br />
and closed loops<br />
Mastering the technological<br />
process is the foundation<br />
of this quantum leap for the<br />
brush and paintbrush industry.<br />
Originally a procedure<br />
to manufacture yarn, the<br />
lyocell process has been<br />
enhanced. The basic material<br />
is pulp (cellulose), which<br />
resembles blotting-paper in<br />
structure. Cellulose is dissolved<br />
in a solvent (NMMNO)<br />
whereby the molecular<br />
chains break. A compound<br />
similar to honey develops. It<br />
is spun and drawn through<br />
distilled water, whereby the<br />
solvent is flushed out. The<br />
solvent may be used again<br />
for further applications. The<br />
monofilaments resulting<br />
from this process can now<br />
be used for all kinds of innovative<br />
applications.