STUDIES IN ENGINEERING AND EXACT SCIENCES,
Journal Year:
2024,
Volume and Issue:
5(2), P. e10275 - e10275
Published: Nov. 7, 2024
The
rapidly
developing
subject
of
polymer
mix
design
presents
prospects
for
the
creation
materials
with
precisely
customised
qualities.
It's
crucial
to
comprehend
morphology
that
results
from
blending
immiscible
polymers
obtaining
required
mechanical
This
study
explores
complex
interactions
between
structure
and
characteristics
in
both
cross-linked
unmodified
blends
HDPE
iPP.
Our
provides
important
new
information
by
combining
testing
rheological
evaluations.
It
is
observed
are
have
a
significantly
higher
viscosity,
which
suggests
establishment
three-dimensional
network
improved
stability.
Furthermore,
exhibits
enhanced
behaviour
after
crosslinking.
After
crosslinking,
melt
flow
index
decreases,
indicating
increased
resistance
deformation
because
more
interchain
links
formed.
Higher
PP
concentration
greater
flexibility
ductility,
but
cross-linking
causes
rigidity.
On
other
hand,
improves
reducing
rigidity
mixes
lower
iPP
concentration.
Additionally,
combination
crosslinking
agents
significant
improvement
strength,
reinforces
structural
integrity.
Crosslinking
also
impact
resistance,
making
appropriate
uses
requiring
strong
performance
demanding
circumstances.
Materials,
Journal Year:
2025,
Volume and Issue:
18(3), P. 673 - 673
Published: Feb. 3, 2025
This
paper
outlines
the
current
design
trends
in
food
packaging,
its
main
environmentally
friendly
material
alternatives,
and
industrial
processing
technologies.
In
this
respect,
important
product
has
undergone
several
evolutions
throughout
history.
Initially
acting
as
a
containment
device,
it
later
evolved
into
source
of
information
even
marketing
platform
for
companies,
always
with
view
to
extending
shelf
life.
However,
these
functionalities
are
highly
dependent
on
materials
used
their
properties.
plastics
have
conquered
packaging
market
due
affordability
flexibility.
Nevertheless,
environmental
concerns
arisen
impact
environment,
addition
introduction
stricter
industry
regulations
increased
consumer
awareness.
Therefore,
work
found
that
toward
sustainability,
reducing
complexity,
easier
recycling,
selection
combines
both
sustainability
functionality.
case
bioplastics
sustainable
alternative,
there
is
still
room
improvement
production,
careful
consideration
raw
materials.
addition,
technical
performance
generally
lower,
challenges
barrier
properties
processability,
which
could
be
addressed
adoption
Industry
4.0.
Polymer-Plastics Technology and Materials,
Journal Year:
2024,
Volume and Issue:
63(11), P. 1371 - 1420
Published: March 29, 2024
Thermally
conductive
polymer
nanocomposites
are
more
beneficial
compared
to
metal
parts
in
applications
like
wearable
electronics,
flexible
displays,
and
electrical
devices.
This
paper
presents
a
comprehensive
review
of
recent
progress
advancements
thermally
nanocomposites.
The
main
emphasis
has
been
given
the
synthesis
methods,
materials
blended
with
filler
that
evolved
years.
Furthermore,
article
also
covers
technological
challenges
being
faced
future
research
scope
provides
insightful
motivation
for
designing
developing
novel
Journal of Polymer Engineering,
Journal Year:
2025,
Volume and Issue:
unknown
Published: May 5, 2025
Abstract
Polymer
nanocomposites
(PNCs)
have
emerged
as
advanced
materials
for
several
crucial
applications
such
packaging,
electronics,
pharmaceuticals,
construction
and
transportation.
This
review
work
explores
the
integration
of
various
dispersible
nanostructures
or
nanofillers
in
polymeric
matrix,
resultant
properties
specially
with
respect
to
packaging
applications.
With
an
improved
combination
mechanical,
thermal,
optical
barrier
along
reduced
environmental
impact
biodegradable
polymers,
these
PNCs
offer
durable
sustainable
solutions.
A
comprehensive
summary
recent
research
on
preparation
relevant
eco-friendly
polymer
nanocomposites,
is
presented
here
emphasis
commercial
The
versatility,
enhanced
functionalities,
potential
render
valuable
industry.
Nanomaterials
metal
oxides,
ceramics,
carbon
based,
polymers
hybrids
been
summarized
their
exclusive
characteristics
including
surface
area,
magnetic
behavior,
properties,
catalytic
activity.
These
dispersed
structures
reported
a
wide
range
industrial
diverse
combinations
are
utilized
fabricate
desirable
characteristics.
