Hangzhou Qianrong Automation Equipment Co.,Ltd
Hangzhou Qianrong Automation Equipment Co.,Ltd. focus on ultrasonic application, in good faith to win customers
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Manufacturing Superconducting Magnets by Ultrasonic Indium Coating 20Khz 1500w
Description:
The ultrasonic wire indium coating machine has fast coating speed and efficient coating performance. By using ultrasonic vibration to promote the formation and adhesion of droplets in the coating solution, a fast and efficient coating process can be achieved. Ultrasonic vibration and eddy current effects can achieve uniform dispersion of indium materials in the coating solution and uniform coating on the surface of superconductors, ensuring consistency and high quality of the coating.
Parameters:
| Model | FSY-2015-X |
| Name | 20Khz Ultrasonic Superconductors Indium Coating |
| Frequency | 20Khz |
| Power | 1500w |
| Temperature Range | 150-400℃ |
| Working Amplitude | 3-20μm |
| Input Voltage | 220V±10%,50/60Hz, 8A |
| Control Mode | Support I/O or 485 communication control, can be integrated with automation operations |
Advantages and characteristics:
1. Uniformity: Ultrasonic vibration and eddy current effects can achieve uniform dispersion of indium materials in the coating solution and uniform coating on the surface of superconductors, ensuring consistency and high quality of the coating.
2. Efficiency: The ultrasonic wire indium coating machine has a fast coating speed and efficient coating performance. Ultrasonic vibration can promote the formation and adhesion of droplets in the coating solution, achieving a fast and efficient coating process.
3. Improving superconductivity: By coating indium material on the surface of superconductors, the current transmission performance and magnetic field resistance of superconductors can be improved, thereby enhancing their superconductivity.
4. Easy to operate and control: Ultrasonic wire indium coating machines usually have a simple and easy-to-use operating interface and control system. Operators can easily adjust coating parameters, such as the frequency of ultrasonic vibration, coating speed, and coating thickness, to meet different coating requirements.
Manufacturing Superconducting Magnets by Ultrasonic Indium Coating 20Khz 1500w
