Hybrid polymers consist of combinations of more than one material, often with different structural or compositional properties. These polymers allow a wide range of combined properties when used as fillers. For example, hybrid polymers combined with nanomaterials can exhibit properties such as high strength, thermal stability, and chemical resistance.
Materials such as carbon nanotubes, graphene or nano-oxides can increase mechanical strength and improve electrical properties by being incorporated into the hybrid polymer matrix. Owing to these features, they can be used in a wide range of applications, from the electronics industry to biomedical applications.
Additionally, the use of hybrid polymers as fillers allows obtaining customized properties on the material. For example, hybrid polymers obtained by combining ceramic and organic components stand out with their high temperature resistance and ability to resist environmental conditions. With these features, they are used as thermal insulation materials or high-performance coating materials in areas such as aviation, space industry and energy sector.
The use of hybrid polymers as fillers stimulates industrial innovation by enabling the production of materials with advanced properties and meeting needs in different sectors.