   |
| Bemcot™ wipers
meet
all of
the essential
criteria
for outstanding
wiper
performance,
with
a superiority
over
other
wipers
that
is clearly
evident
in their
relative
freedom
from
fiber
and impurities
release
and in
their
absorbency,
anti-static,
solvent-resistance,
and other
key properties. |
| Ultla-Low
lint |
| Bemcot™
wiper |
 |
| Paper
wiper |
|
| Synthetic
filament
nonwoven
wiper |
|
| Binder-type
nonwoven
cellulose
wiper |
 |
|
| Freedom
from
fiber & particle
release. |
| Water
absorbency |
| High-speed,
large-volume
water
absorption. |
| Solvent
resistance |
| Freedom
from
impurities
elution
and loss
of strength
under
exposure
to solvents. |
| Purity |
| Freedom
from
binders
and activated
surfactants. |
| Softness |
| Freedom
from
damage
to wiped
surfaces. |
| Heat
resistance |
| Freedom
from
decomposition
and degradation
under
heating. |
| Anti-static
effect |
| Freedom
from
electrostatic
build-up
and discharge. |
| Economy |
| True
economy,
high
per-wiper
work
volume. |
| Ecoefficiency |
| High
environmental
sustainability,
low environmental
burden. |
| |
 |
Test
method:
Wiper
submerged
in
water,
agitated
ultrasonically,
and
removed.
Water
next
passed
through
black
filter
paper,
which
is
then
visually
inspected
for
fiber
deposits
from
the
wiper. |
Bemcot™ wiper
|
Rayon
short-fiber
wiper |
Rayon/polyester
short-fiber
wiper |
Pulp/polyester
short-fiber
wiper |
|
 |
Test
method: Drop of water (0.1 mL)
placed on silicon wafer,
next
wiped off by wiper. Wafer surface
then photographed,
and
photo visually inspected for
marks due to wiping. |
Bemcot™ wiper
|
Rayon
short-fiber
wiper |
Rayon/polyester
short-fiber
wiper |
Pulp/polyester
short-fiber
wiper |
|
| |
 |
