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Is Thin Film Preparation Difficult or Easy?
In the field of laboratory film making, have you encountered the following problems?
1. Thin film uniformity is difficult to control.
Uneven thin films will lead to experimental data deviation and affect the accuracy of research results.
Traditional film coating technology is easily affected by operating techniques, equipment accuracy and environmental factors, and it is difficult to achieve uniform coating over a large area.
2. Thin film thickness is difficult to accurately control.
The thickness of the film has a significant impact on material properties (such as optical and electrical properties), but traditional methods are difficult to achieve precise control at the nano or micro level.
Manual operation or insufficient equipment accuracy leads to large thickness fluctuations.
3. Serious material waste.
In laboratory research, material costs are high, but traditional film making methods (such as spin coating) often lead to a large amount of precursor solution waste.
4. Equipment operation is complex and learning costs are high.
Laboratory researchers hope that the equipment is simple to operate and easy to use, but many high-end film making equipment are complex to operate and require a long learning cycle.
5. High environmental sensitivity.
Some thin film materials are very sensitive to environmental conditions (such as temperature and humidity), and traditional film making methods are difficult to operate in a controlled environment.
If you have encountered the above problems, you can take a look at the following product.
Our MSK-USP-04CT Ultrasonic spray pyrolysis coating machine uses advanced ultrasonic atomization technology to evenly atomize the precursor solution into micron-sized droplets, improving the high uniformity of the film. At the same time, the Ultrasonic spray pyrolysis coating machine is equipped with an intelligent temperature control system and adjustable spray parameters, so you can easily achieve nano-level thickness control. One of our customers successfully prepared high-performance perovskite solar cells using the Ultrasonic spray pyrolysis coating machine, with a 30% increase in film uniformity and significantly improved experimental data stability.
For specific product information, please click: https://www.shykejing.com/product/lab-desktop-ultrasonic-spray-pyrolysis-equipment
Customers are welcome to consult.