The
utilization
of
waste
perlite
powder
generated
from
mining
operations
in
the
construction
industry
represents
a
significant
step
towards
enhancing
environmental
sustainability.
This
study
applies
uniform
design
experiments
to
delve
into
apparent
density
characteristics
super
lightweight
ceramsite
concerning
proportions
solid
materials,
with
particular
focus
on
powder.
To
gain
insights
density,
first-
and
second-order
polynomial
equations
were
developed.
These
are
founded
five
core
raw
including
powder,
fly
ash,
bentonite,
calcium
fluoride,
silicon
carbide,
meticulously
analyzed
using
stepwise
regression
techniques.
approach
led
successful
optimization
test
ratios,
achieving
envisioned
outcomes.
Additionally,
research
explores
influence
fluoride
carbide
foaming
properties
materials
under
varying
maximum
sintering
temperature
conditions.
Ultimately,
optimized
conditions
yielded
impressive
properties,
boasting
bulk
281
kg/m³,
water
absorption
efficiency
1.2%,
compressive
strength
2.72
MPa.
showcases
potential
for
utilizing
industry,
not
only
as
sustainable
alternative
but
also
means
reduce
impact.
development
underlines
promise
eco-friendly
driving
forward
agenda
environmentally
responsible
building
practices.
