High-Temperature Aging Test Chamber Material Aging Testing Electronics Testing
Price
Negotiable
MOQ
1
Delivery Time
2Months~3Months
Brand
Envsin
Place of Origin
China
Certification
CE
Model Number
EWG
Packaging Details
Woden Case
Payment Terms
T/T, Western Union
Product Details
Product Specification
Place of Origin
China
Packaging Details
Woden Case
Model Number
EWG
Certification
CE
Temp. Constancy
±0. 1~±0. 8 (℃)
Brand Name
Envsin
Payment Terms
T/T, Western Union
Delivery Time
2Months~3Months
External Dimension (mm)
1250Wx980Dx1850H
Test Space Dimension (mm)
850Wx700Dx1000H
Minimum Order Quantity
1
Chamber Name
High-Temperature Aging Test Chamber
Test Space Volume
270/600/1000L
Temp. Range (℃)
R. T+20~200
Product Description
High-Temperature
Aging
Test
Chamber
Material
Aging
Testing
Electronics
Testing
Key
Features:
Precise
Temperature
Control:
The
chamber
provides
consistent
high
temperatures,
often
exceeding
100°C,
with
advanced
temperature
regulation
for
accurate
simulation.
Stable
and
Uniform
Environment:
Ensures
that
the
temperature
is
evenly
distributed
throughout
the
test
area,
providing
reliable
and
repeatable
results.
Advanced
Safety
Mechanisms:
Includes
built-in
features
such
as
over-temperature
protection,
alarms,
and
fail-safe
mechanisms
to
ensure
safe
operation.
Energy
Efficiency:
Designed
to
minimize
energy
consumption
while
maintaining
the
required
temperature
conditions.
Programmable
Control
System:
Allows
users
to
set
specific
test
durations,
temperature
ranges,
and
other
parameters
according
to
their
needs.
Material
Aging
Testing:
Used
to
test
the
aging
properties
of
rubber,
plastic,
coatings,
and
other
materials
that
may
degrade
over
time
due
to
heat
exposure.
Electronics
Testing:
Useful
for
testing
the
performance
of
electronic
components
and
devices,
ensuring
that
they
can
withstand
the
heat
of
real-world
operating
environments.
Automotive
Industry:
Helps
evaluate
the
long-term
durability
of
automotive
parts,
such
as
seals,
gaskets,
and
interior
materials,
under
high-temperature
conditions.
Battery
Testing:
For
assessing
the
stability
and
lifespan
of
batteries,
especially
in
electric
vehicles,
by
simulating
prolonged
high-temperature
exposure.
Consumer
Electronics:
Used
in
testing
the
thermal
resilience
of
products
like
smartphones,
laptops,
and
other
consumer
electronics
that
may
be
exposed
to
high
temperatures
during
use.
Aerospace
and
Defense:
Ensures
that
components
meet
stringent
high-temperature
performance
standards
for
use
in
aircraft,
spacecraft,
and
defense
equipment.