Twin drive with CMT (stress control), SMT (strain control)
Torque 0.5 nNm to 230 mNm, Frequency from 1e-7 to 628
One double-gap concentric cylinder unit, 2 Cone-and-plate units (25mm, 50mm), 2 parallel plate units (25mm, 50mm)
2 Pelletier temperature control units (CTD200, PTD200)
Strain-controlled rheometer (SMT)
Torque 1e-6 to 196 mNm with maximum frequency 100 rad/s
Probably the world first in-line viscometer as accurate as the rheometer based on the theory developed by Jang and Hwang, JNNFM (2018)
Glove box for secondary battery research
High precision rotation speed control and torque measurement system (Trilab LS600)
2 liter, 5 liter, 20 liters and 50 liters vessels with the corresponding shafts and impellers for consistent scale-up research
High precision controllable motor systems (Dunkernmortoren BG 65X 75PI, 150W)
Optical microscope for droplet and particle size/shape measurements
Image processing system
The 2 modes of mixing and deaeration achieve dispersion and deaeration of highviscosity materials in a small amount of time (200rpm-2000rpm)
Two different rotor-stator type homogenizers, ultrasound agitator, etc.
2 liter and 5 liter sized PD (planetary-disper) mixers: 2 set
Lab-scale lithium-ion battery slurry mixer
Brookfield viscometer for viscosity measurement
Dual 200 mJ Nd-YAG laser 532 nm, 15Hz
High speed camera: PowerView Plus 4MP-LS, 30 fps, 2360*1760 pixels with synchronizer (0.25 ns resolution)
Custome-made lab-scale modular twin screw extruder (L/D=20, D=20mm)
Lithium-ion battery slurry mixing
Laser diffraction particle analyzer measuring 10nm to 3500um
Gas flow controller through sparger
Nano Disperser (N-10M) by Ilshin Autoclave
High pressure homogenizer for dispersion
Argon laser, Nd-YAG laser, cameras, various filters, vibration isolation table, etc.
Finebot FB-9600 to manufacture various shape of impellers and baffles
For homogenizing and compressing powder mixtures in dry film fabrication.
For compressing and densifying electrode films during dry film fabrication
For drying coated films during electrode fabrication