Brief: Watch the demo to catch practical tips and quick performance insights. This video showcases the Ultrasonic Atomization and Aggregation Solar Glass Coating system in action, demonstrating how it applies a high-performance coating to glass surfaces. You'll see the precision spraying process, learn about the system's programmable controls, and observe how the coating enhances wear resistance and maintains transparency for solar and architectural applications.
Related Product Features:
Ultrasonic atomization technology ensures uniform coating application with a spray uniformity of ≥95%.
Programmable XYZ three-axis motion system allows for precise and customizable coating patterns.
FUNSONIC spraying control system with a 13.3-inch touch screen for intuitive operation and monitoring.
Enhances glass wear resistance by 30% to 80%, depending on coating thickness and material composition.
Maintains high glass transparency while providing effective anti-adhesion properties against water and oil.
Precision liquid supply via injection pump enables controlled spray volumes from 0.01 to 50ml/min.
Optional ultrasonic dispersion system available for homogeneous mixing of coating solutions.
Suitable for dry film thicknesses ranging from 20nm to 100μm, accommodating various application needs.
FAQs:
What are the primary performance advantages of this solar glass coating?
The coating significantly improves wear resistance by 30% to 80%, maintains high transparency, prevents water and oil adhesion for easy cleaning, and extends the service life of the glass.
How is the spray uniformity and solution conversion rate achieved?
The ultrasonic atomization system ensures a spray uniformity of ≥95% and a solution conversion rate of ≥95%, minimizing waste and providing consistent coating quality.
What control options are available for the coating process?
The system uses a FUNSONIC spraying control system with PLC control and a 13.3-inch full-color touch screen, allowing programmable control over spraying, liquid supply, heating, and optional ultrasonic dispersion.
What maintenance practices are recommended to preserve the coating?
To maintain coating integrity and wear resistance, clean the glass with a soft fabric to avoid abrasive damage and preserve the anti-adhesion properties.