Leak-free Chemical hood
Model:
King Lab Leak-free chemical hood
We use the King Lab chemical hoods, which are used in Taiwan Semiconductor Manufacturing Company (TSMC)
Acid-washing hood
Model:
King Lab acid-washing chemical hood
We use strong acid to clean the glasswares and conduct any process using acid here.
Raykong Line
Model:
Raykong Line
We use the Raykong line (the advanced Schlenk line), equipped the vacuum pump and gauge, to do chemical synthesis and solvothermal process.
Sputtering machine
Model:
i-Star Magnetron Sputtering System
We employ the sputtering machine to prepare the gas-diffusion electrodes (GDEs), and other dense films.
Spray-coating
machine
Model:
Ever-Arbor Automatic Spray-Coating System
We employ the spray-coating machine to prepare the large-area (over 10 cm x 10 cm) gas-diffusion electrodes (GDEs).
Glove box
Model:
UNIlab-B, mBraun
We use the glove box to store the chemicals and the substrates.
3" tube furnace
LINDBERG
Model:
3" tube furnace, Lindberg
We use the tube furnace to do annealing process and thermal treatment. We equip the vacuum system onto it, so the thermal treatment can be at the air, the inert atmosphere, and the vacuum. We can change the tube size to 1" and 2".
1500 ℃ Box Furnace
Model:
Chi-How 1500 ℃ Box Furnace
We use the box furnace to do annealing process and thermal treatment over 1100 ℃.
Potential Stat
Biological
Model:
VSP-3e Potentialstat, Biological
We use the 8-channel potentialstat to conduct electrochemical measurement, evaluate catalytic performance, and the electrical deposition.
Gas
chromatography
Model:
8860 GC system, Agilent
We use the gas chromatography (Agilent) equipped with micro TCD and FID detectors to analyze the composition of gas products generated by catalysis.
Liquid
chromatography
Model:
1260 Infinity II, Agilent
We use the liquid chromatography (Agilent) to analyze the composition of liquid products (HCOOH, CH3COOH, C2H5OH, C3H7OH) generated by catalysis.
Solar simulator
Newport
We use the solar simulator (Newport) to provide the simulated sunlight to evaluate the photochemistry and photocatalysis.
Spectrofluorometer - FS5
We use the spectrofluorometer FS5 (Edinburgh) to measure the time-resolved photoluminescence (TRPL) to study the material defects.