With the continuous advancement of display technology, quantum dot displays (QLED) have emerged as a promising direction for next-generation displays due to their wide color gamut, high brightness, and low energy consumption. However, the stability of quantum dots has been a key bottleneck hindering their commercial application. Silicone resin, as an excellent encapsulation material, provides a breakthrough solution for the development of quantum dot display technology.

Pain Points in Quantum Dot Displays

Quantum dots are nanoscale semiconductor materials that can precisely control light emission through size adjustment. However, quantum dots are highly sensitive to oxygen, moisture, and high temperatures, leading to oxidation and degradation, which compromises display performance. Therefore, effectively encapsulating quantum dots to protect their stability is a major challenge in display technology.

Advantages of Silicone Resin

Silicone resin offers the following advantages in quantum dot encapsulation:

1. High Transparency: Its light transmittance exceeds 90%, ensuring high quantum efficiency.
2. Excellent Barrier Properties: It effectively blocks oxygen and moisture, extending the lifespan of quantum dots.
3. High-Temperature Resistance: It remains stable under high temperatures, meeting the demands of long-term device operation.
4. Flexibility: Its mechanical properties make it suitable for flexible display devices.

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