|
| MOQ: | 1 UNIT |
| 価格: | Negotation |
| standard packaging: | Packed by carton |
| payment method: | T/T, Western Union |
| Supply Capacity: | 1ヶ月あたりの1000の単位 |
PEM Fuel Cell Flat Material Ultrasonic Conical Spray Nozzle
Description:
PEM Fuel Cell Flat Material Ultrasonic Conical Spray Nozzle adopts an air cover, which can form a wide "vortex like" dispersion, making it very suitable for coating flat objects such as PEM fuel cells and solar cells. It is best to use a reciprocating vortex type nozzle. You can use a simple XY workbench.
PEM Fuel Cell Flat Material Ultrasonic Conical Spray Nozzle produces a medium width spray pattern, which is wider than the gathering type ultrasonic nozzle, but narrower than the spray pattern of the wide type ultrasonic nozzle. The vortex type ultrasonic nozzle uses low-speed rotating air/gas to produce a wide and stable spray pattern. The vortex type ultrasonic nozzle produces a conical spray pattern with a diameter of 2 – 4 inches (50 – 100 mm), depending on the distance from the substrate. The vortex velocity can vary depending on the application.
Parameters:
|
Influence Factor:
1. Ink formula:
Catalyst perovskite precursor
Types and proportions of solvents
Types and concentrations of additives (such as stabilizers, cosolvents, etc.)
2. Spraying conditions:
Nozzle substrate distance
Nozzle movement speed
Nozzle scanning mode
Ultrasonic power and frequency
3. Substrate processing:
Types of substrate materials
Substrate surface pretreatment (cleaning, modification, etc.)
Substrate temperature
4. Post processing steps:
Heat treatment temperature and time
Annealing atmosphere (such as nitrogen, vacuum, etc.)
PEM Fuel Cell Flat Material Ultrasonic Conical Spray Nozzle
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|
|
| MOQ: | 1 UNIT |
| 価格: | Negotation |
| standard packaging: | Packed by carton |
| payment method: | T/T, Western Union |
| Supply Capacity: | 1ヶ月あたりの1000の単位 |
PEM Fuel Cell Flat Material Ultrasonic Conical Spray Nozzle
Description:
PEM Fuel Cell Flat Material Ultrasonic Conical Spray Nozzle adopts an air cover, which can form a wide "vortex like" dispersion, making it very suitable for coating flat objects such as PEM fuel cells and solar cells. It is best to use a reciprocating vortex type nozzle. You can use a simple XY workbench.
PEM Fuel Cell Flat Material Ultrasonic Conical Spray Nozzle produces a medium width spray pattern, which is wider than the gathering type ultrasonic nozzle, but narrower than the spray pattern of the wide type ultrasonic nozzle. The vortex type ultrasonic nozzle uses low-speed rotating air/gas to produce a wide and stable spray pattern. The vortex type ultrasonic nozzle produces a conical spray pattern with a diameter of 2 – 4 inches (50 – 100 mm), depending on the distance from the substrate. The vortex velocity can vary depending on the application.
Parameters:
|
Influence Factor:
1. Ink formula:
Catalyst perovskite precursor
Types and proportions of solvents
Types and concentrations of additives (such as stabilizers, cosolvents, etc.)
2. Spraying conditions:
Nozzle substrate distance
Nozzle movement speed
Nozzle scanning mode
Ultrasonic power and frequency
3. Substrate processing:
Types of substrate materials
Substrate surface pretreatment (cleaning, modification, etc.)
Substrate temperature
4. Post processing steps:
Heat treatment temperature and time
Annealing atmosphere (such as nitrogen, vacuum, etc.)
PEM Fuel Cell Flat Material Ultrasonic Conical Spray Nozzle
