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| مو: | 1 وحدة |
| السعر: | Negotation |
| العبوة القياسية: | معبأة بحالة خشبية |
| طريقة الدفع: | / تي تي، ويسترن يونيون |
| سعة العرض: | 1000 وحدة في الشهر |
Ultrasonic Thin Film Photovoltaic Cell Atomization Nano Particle Coating
Description:
Ultrasonic Thin Film Photovoltaic Cell Atomization Nano Particle Coating is an advanced process that uses ultrasonic technology to accurately coat the key layers of thin film photovoltaic cells. It has significant advantages in improving cell efficiency and production efficiency, and is a key technical support for promoting the industrialization process of thin film photovoltaic cells.
FUNSONIC Ultrasonic Thin Film Photovoltaic Cell Atomization Nano Particle Coating FS620 is mainly used for qualitative testing in scientific laboratories, small and medium batch production, and medium-sized areas. The entire device has a simple and elegant structure, using XYZ three-axis precision motion modules and equipped with FUNSONIC's independently developed ultrasonic spraying dedicated control system, achieving a comprehensive trajectory editing system with matching functions and achieving uniform and precise spraying
Parameters:
Features :
1. High uniformity coating
Accurately control the spraying amount and coverage range of the coating
Ensure uniform and dense coating of key thin films such as light absorption layer and electrode layer
2. Nanoscale atomized particles
The coating is atomized into extremely fine particles at the nanoscale
Improve the density and electrical properties of the coating, and reduce material loss
3. Low temperature coating
Adopting ultrasonic spraying technology at low temperature
Avoid film damage and battery performance degradation caused by high temperatures
4. High production efficiency
5. Environmental protection and energy conservation
6. Suitable for various photovoltaic technologies
Can be used for coating thin film photovoltaic cells such as a-Si, CIGS, CdTe, etc
Meet the production needs of different photovoltaic technology routes
Ultrasonic Thin Film Photovoltaic Cell Atomization Nano Particle Coating
فيديو
فيديو
|
|
| مو: | 1 وحدة |
| السعر: | Negotation |
| العبوة القياسية: | معبأة بحالة خشبية |
| طريقة الدفع: | / تي تي، ويسترن يونيون |
| سعة العرض: | 1000 وحدة في الشهر |
Ultrasonic Thin Film Photovoltaic Cell Atomization Nano Particle Coating
Description:
Ultrasonic Thin Film Photovoltaic Cell Atomization Nano Particle Coating is an advanced process that uses ultrasonic technology to accurately coat the key layers of thin film photovoltaic cells. It has significant advantages in improving cell efficiency and production efficiency, and is a key technical support for promoting the industrialization process of thin film photovoltaic cells.
FUNSONIC Ultrasonic Thin Film Photovoltaic Cell Atomization Nano Particle Coating FS620 is mainly used for qualitative testing in scientific laboratories, small and medium batch production, and medium-sized areas. The entire device has a simple and elegant structure, using XYZ three-axis precision motion modules and equipped with FUNSONIC's independently developed ultrasonic spraying dedicated control system, achieving a comprehensive trajectory editing system with matching functions and achieving uniform and precise spraying
Parameters:
Features :
1. High uniformity coating
Accurately control the spraying amount and coverage range of the coating
Ensure uniform and dense coating of key thin films such as light absorption layer and electrode layer
2. Nanoscale atomized particles
The coating is atomized into extremely fine particles at the nanoscale
Improve the density and electrical properties of the coating, and reduce material loss
3. Low temperature coating
Adopting ultrasonic spraying technology at low temperature
Avoid film damage and battery performance degradation caused by high temperatures
4. High production efficiency
5. Environmental protection and energy conservation
6. Suitable for various photovoltaic technologies
Can be used for coating thin film photovoltaic cells such as a-Si, CIGS, CdTe, etc
Meet the production needs of different photovoltaic technology routes
Ultrasonic Thin Film Photovoltaic Cell Atomization Nano Particle Coating
