Combining
the
efficient
barrier
and
self-repairing
effects
into
2D
lamellar
materials
has
been
an
emerging
tactic
for
developing
prominent
anti-corrosion
coatings.
Herein,
a
cerium/2-methylimidazole
metal-organic
framework
(Ce-MOF)
was
grown
in-situ
on
surface
of
ultrathin
α-ZrP
nanosheets
with
favorable
dispersibility.
The
parallel
arrangement
α-ZrP-based
among
epoxy
polymer
matrix
were
driven
by
shear
force
from
blade-coating
technology.
In
current
research
composite
anti-corrosive
coatings,
prepared
coating
demonstrated
strongest
physical
optimal
ability,
which
may
pave
feasible
route
to
design
smart
protective
coatings
various
corrosion
types
such
as
filiform
corrosion.
International Journal of Electrochemical Science,
Год журнала:
2024,
Номер
19(2), С. 100476 - 100476
Опубликована: Янв. 18, 2024
Herein,
a
novel
graphitic
carbon
nitride@graphene
oxide
(g-C3N4@GO)
composite
nanofiller
is
fabricated
based
on
π–π
conjugation
between
nitride
and
graphene
oxide,
applied
to
enhance
the
anti-corrosion
behaviour
of
waterborne
epoxy
paints.
The
prepared
hybrid
filler
compounded
with
water-based
resin
by
mechanical
blending,
using
high-pressure
spraying.
coating
evaluated
for
its
performance
via
electrochemical
impedance
spectroscopy
neutral
salt
spray
tests.
These
tests
demonstrate
that
g-C3N4@GO
exhibits
excellent
corrosion
resistance.
Langmuir,
Год журнала:
2024,
Номер
40(32), С. 16771 - 16782
Опубликована: Июль 31, 2024
Superhydrophobic
surfaces
have
received
widespread
attention
for
their
unique
hydrophobicity
in
metal
corrosion
protection.
However,
the
shortcomings
of
mechanical
stability
and
long-term
resistance
limit
practical
application.
In
this
work,
we
designed
fabricated
an
anticorrosive
friction
reducing
Ni-P/CeO
Combining
the
efficient
barrier
and
self-repairing
effects
into
2D
lamellar
materials
has
been
an
emerging
tactic
for
developing
prominent
anti-corrosion
coatings.
Herein,
a
cerium/2-methylimidazole
metal-organic
framework
(Ce-MOF)
was
grown
in-situ
on
surface
of
ultrathin
α-ZrP
nanosheets
with
favorable
dispersibility.
The
parallel
arrangement
α-ZrP-based
among
epoxy
polymer
matrix
were
driven
by
shear
force
from
blade-coating
technology.
In
current
research
composite
anti-corrosive
coatings,
prepared
coating
demonstrated
strongest
physical
optimal
ability,
which
may
pave
feasible
route
to
design
smart
protective
coatings
various
corrosion
types
such
as
filiform
corrosion.
