|
|
PI 88
Bruker
Hysitron
in-situ
nanoindentation
The
Hysitron
PI 88
SEM
PicoIndenter
is a
comprehensive
in-situ
nanomechanical
testing
system
for SEM,
FIB/SEM
and
EBSD.
In-situ
nanoindentaiton,
tensile,
and
bending
experimetns
can be
performed.
(Images
from
Bruker)
|
10 kN
Kammrath & Weiss
In-situ
tensile/compression
The in-situ
tensile/compression
tests can be
carried out
under SEM,
EBSD and XRD.
Testing
temperature
ranges from -150
to 800 oC.
Nano-DIC can be
performed under
SEM.
|
|
|
|
L78 RITA
Quenching &
Deformation
Dilatometer
The
Quenching/Deformation
Dilatometer L78
RITA is
especially
suitable for the
determination of
TTT, CHT and CCT
diagrams. The
instrument can
perform
measurements
under vacuum,
inert, oxidized,
reduced
atmospheres.
|
|
SmartLab
X-ray
diffractometer
The SmartLab is
the most novel
high-resolution
X-ray
diffractometer
available today.
SmartLab employs
a new rotating
anode X-ray
generator that
is specifically
optimized for
the optics and
geometries,
allowing
SmartLab to
achieve three
times higher
intensity than
current products
(shared from
ME Dept).
|
|
|
|
MTS 810
Material Testing
Systems
Renowned for
their unmatched
accuracy,
flexibility and
high
performance, MTS
test systems
provide all
types of test
including
tension,
compression,
bending,
fatigue,
fracture
toughness, etc.
|
WDW-50C
HUALONG
Universal
Testing Machine
HUALONG WDW-50C
(Up to 50 KN)
electromechanical
testing machines
offer force,
displacement or
deformation
closed loop
testing in
tension,
compression,
flexure, shear,
tear and peel
etc.
|
|
|
|
WAW-200
HUALONG
Universal
Testing Machine
HUALONG WAW-200
(Up to 200KN)
Servo-hydraulic
Universal
Testing Machine
is ideal for
high-capacity
tension,
compression,
bend/flex, and
shear testing.
|
|
Hopkinson
tensile bar
Hopkinson
tensile bar for
high strain rate
tests up to 3000
s-1.
Interrupted
tensile test
under high
strain rate can
be also carried
out. Elevated or
sub-zero
temperature
conditions can
be applied on
demand.
|
 |
|
|
G4 Phoenix
Bruker
TDS
Bruker G4 Phoenix TDS
for measuring hydrogen
content in metals with
an accuracy of 0.1 ppm.
This is an essencial
facilty for studying the
hydrogen embrittle or
delayed fracture of
adcanced high strength
steels.
|
3000A-DX
PARSTAT
The PARSTAT
3000A-DX
Bipotentiostat
combines 2
high
performance,
independent
potentiostats
with
floating
capability
in a single
chassis.
Studies of
corrosion
and hydrogen
embrittlement
can be
performed.
|
|
|
|
Proof Ring
Cormet
The Proof
Ring test
systems are
broadly used
to study
stress
corrosion
cracking and
hydrogen
embrittlement
research.
Constant
load test
can be
carried out
under
ambient
conditions
or with an
environmental
chamber.
Different
types of
specimens
could be
tested with
these proof
rings to
fulfill
other
demanding
requirements.
|
Zeiss Sigma 300
FEG Scanning Electron
Microscope
High resolution SEM with
EDS, BSE, EBSD (very
fast Oxiform
Symmetry
). Transimisison EBSD
can be performed. In-situ
nanoindentaion, in-situ
tensile test can be
carried out in this
system. (shared from
ME Dept)
|
|
|
|
Hitachi
S-4800
FEG Scanning
Electron
Microscope
Observe uncoated
samples by beam
deceleration
option; In-lens
SE and BSE
detection at low
voltages; EDS
system for
elemental
analysis and
mapping.
(shared from
EMU)
|
LEO 1530
FEG Scanning
Electron
Microscope
In-lens annular
detector for
bright, clear
surface-specific
image; EDS
system for
elemental
analysis and
mapping; EBSD
system also
includes for the
microtexture
determination.
(shared
from
EMU)
|
|
|
|
FEI
Tecnai G2 20
S-TWIN
Scanning
Transmission
Electron
Microscope
Tecnai G2 20
S-TWIN is ready
for new
applications
like EDS with
mapping, STEM.
The system has a
high diffraction
acceptance
angle, which
makes it
suitable for
tilting and
other analytical
experiments.
(shared from
EMU)
|
FEI
Quanta 200 3D
DualBeam Focus
Ion Beam
For the
materials
science lab it
offers the
capability of
in-situ dynamic
experiments, 3D
imaging and
analysis and TEM
sample
preparation for
more in-depth
analysis.
(shared from
EMU)
|
|
|
|
SETARAM
LABSYS 1600
Thermal
Analysis
platform
It allows
thermogravimetric
analysis (TGA)
and simultaneous
thermal analysis
(STA) to be
performed. They
are crucial in
the study of
thermal behavior
of materials,
such as thermal
stability and
sintering
temperatures of
metal powders.
(shared from
ME dept)
|
Bruker
Multi-mode 8
Atomic Force
Microscope
It offers
PeakForce
Tapping,
PeakForce QNM,
PeakForce KPFM,
PeakForce TUNA,
etc. (shared
from ME dept)
|
|
|
|
Thermo Scientific Talos F200X
Transmission Electron Microscope
It allows high-resolution STEM and TEM imaging, as well as EDX operations for 2D/3D chemical characterization and mapping.
(shared from
EMU)
|
|
|
_text_