Reasons for silicon transfer in release film

The reason for silicon transfer in release films is interesting. Silicon plays an important role in electronic products, and release films, such as back-end assistants, support the "performance" of silicon. But why does silicon sneak out of the stage?

Firstly, high temperature affects the performance of the release film and increases the risk of silicon transfer. High temperature causes the release film to lose its "adhesion", and silicon takes the opportunity to escape.

Secondly, improper material selection may cause silicon to feel "out of place" and transfer. The shoes don't fit well, and I feel like taking them off while walking. If the chemical properties of the membrane do not match, silicon will naturally become distracted and ultimately choose to leave.

Mechanical force affects the relationship between film and silicon. The strong mechanical force will tear apart the connection between the release film and silicon, forcing them to separate. So in the production process, attention should be paid to controlling the magnitude of mechanical force to avoid unnecessary losses.

Mechanical force affects the relationship between film and silicon. The strong mechanical force will tear apart the connection between the release film and silicon, forcing them to separate. So in the production process, attention should be paid to controlling the magnitude of mechanical force to avoid unnecessary losses.

Time affects the performance of the membrane and the state of silicon. Over time, the performance of the membrane may deteriorate, and silicon is like a mouse seeing a cat, beginning to have thoughts of running away. Regularly replacing the film is necessary to keep the silicon in its optimal state. Operational issues during the processing may lead to silicon transfer. If workers are careless during the operation, there may be problems with the application of the film. The application of release film should be uniform, not thick and thin, so as not to easily cause silicon transfer.