Used extensively in sensors and actuators due to its piezoelectric properties, enabling conversion of mechanical stress into electrical signals and vice versa. Commonly found in touch sensors, vibration detectors, and precision positioning systems. Also applied in energy harvesting devices that capture ambient mechanical energy to power small electronics. Its high thermal stability and chemical resistance make it suitable for harsh environments, including aerospace and automotive industries. Additionally, used in biomedical devices such as artificial muscles and implantable sensors because of its biocompatibility and flexibility.

Furthermore, it serves as a coating material in lithium-ion batteries to improve stability and extend battery lifespan by preventing undesired reactions between electrodes and electrolytes.