Textile Research Journal,
Journal Year:
2024,
Volume and Issue:
unknown
Published: June 4, 2024
Biocidal
fabrics
can
reduce
the
transmission
of
pathogens
caused
by
contaminated
personal
protective
equipment
(PPE).
N-halamines
are
very
effective
and
fast-acting
biocides
against
bacteria
viruses.
To
explore
relevance
N-halamine
compounds
for
use
in
PPE
operational
clothing
(OCE),
this
study
investigates
impact
an
N-halamine-based
finish
on
functional
aesthetic
properties
used
medical
gowns
military
uniforms,
examines
effect
conditions
simulating
OCE
practical
finish.
It
was
observed
that
presence
a
water-repellent
reduced
chlorine
loading
fabric
made
hydrophilic
fibers,
whereas
no
polyester
fabric.
No
major
application
measured
strength.
In
terms
color,
gown
strongly
affected
subsequent
chlorination,
more
limited.
The
treated
remained
within
requirements
Class
1
flammability.
results
showed
low
chlorination
temperature
different
water
quality
levels
efficiency.
On
other
hand,
laundering,
repeated
abrasion,
exposure
to
UV
radiation
perspiration
content
These
provide
some
insight
into
strengths
remaining
challenges
finishes
when
considering
applications
clothing.
ChemistrySelect,
Journal Year:
2025,
Volume and Issue:
10(8)
Published: Feb. 1, 2025
Abstract
Antibacterial,
flame‐retardant
textiles
are
the
preferred
materials
for
curtains,
carpets,
home
furnishings,
and
clothing
in
public
places
have
important
significance.
The
phosphorus–nitrogen–boron
cooperative
effects
promote
good
properties
cotton
fabrics,
while
a
halamine
structure
imparts
excellent
antibacterial
properties.
A
novel
antibacterial,
eco‐friendly
agent
was
prepared
applied
as
permanent
finishing
of
fabrics.
Cotton
fabrics
treated
with
display
self‐extinguishing
performance,
an
average
burned
length
approximately
65
mm
oxygen
index
more
than
31%.
After
sodium
hypochlorite
bleaching
activation,
gold‐colored
Staphylococcus
aureus
Escherichia
coli
reached
logarithmic
value
5,
indicating
outstanding
bactericidal
performance.
test
results
XPS,
CCT,
TG‐IR
show
that
mode
action
APBN
fiber
is
mainly
condensed‐phase
flame
retardant
supplemented
by
gas
phase.
Based
on
comprehensive
evaluation
retardant,
physical
properties,
this
paper
reports
composite
obtains
fabric
durable
