

Blue Film Specifically for Carbon Fiber Prepreg
Our blue film is meticulously engineered for exclusive use in the carbon fiber prepreg manufacturing and processing industry. It serves as a crucial auxiliary material, playing an irreplaceable role in ensuring the high - quality production of carbon fiber prepregs.
Excellent Release Performance
The blue film is coated with a special release agent, enabling it to have outstanding release properties. When in contact with carbon fiber prepregs during production processes like curing and molding, it can be easily peeled off without leaving any residue on the prepreg surface. This not only guarantees the smoothness and integrity of the prepreg surface but also significantly reduces post - processing efforts such as surface cleaning, saving both time and labor costs.
High Temperature Resistance
Carbon fiber prepreg production often involves high - temperature curing processes. Our blue film can withstand elevated temperatures up to [X] °C without undergoing deformation, degradation, or losing its release properties. This high - temperature resistance ensures that the film can maintain its performance stability throughout the entire curing cycle, contributing to the consistent quality of carbon fiber prepregs.
Precise Dimensional Stability
Maintaining precise dimensions is of utmost importance in carbon fiber prepreg manufacturing. The blue film exhibits excellent dimensional stability, even under varying temperature and humidity conditions. It does not expand, contract, or distort during processing, which helps to ensure that the carbon fiber prepregs maintain their accurate shapes and dimensions, meeting the strict requirements of high - end applications in aerospace, automotive, and sports equipment industries.
Chemical Compatibility
It is highly chemically compatible with the resin systems used in carbon fiber prepregs. The film will not react with the resin, solvents, or other chemical components in the prepreg formulation, preventing any negative impact on the curing process and the final mechanical properties of the prepregs. This chemical stability is essential for the reliable production of high - performance carbon fiber composites.