Titanato di bario CAS 12047-27-7

1. Electronic Components

Multilayer Ceramic Capacitors (MLCCs): Used for oscillation, coupling, bypassing, and filtering in electronic circuits; core passive components in consumer electronics, communications, and automotive electronics.

Positive Temperature Coefficient Thermistors (PTCs): Used for overcurrent protection, automatic temperature control heating elements, etc.

Piezoelectric Devices and Sensors: Used to manufacture piezoelectric ceramic sensors, transducers, sonar, etc., realizing the conversion of mechanical energy into electrical energy.

Microwave Dielectric Devices: Used to manufacture microwave dielectric resonators, filters, etc., applied in the communications field.

2. New Energy and Energy Storage
Lithium-ion Battery Materials: Researched for use as a negative electrode material, with potential applications.

High-Temperature Thermoelectric Materials: Used for energy conversion and waste heat collection.

3. Biomedicine
Bioceramic Materials: Used in the preparation of artificial bones, dental restorative materials, etc.

Biosensing and Therapy
Nano-barium titanate: Due to its piezoelectricity and biocompatibility, it is being researched for use in biosensors, tissue engineering, and even shows potential in cancer treatment.

4. Environment and Catalysis:

Piezoelectric photocatalysis is a promising green technology used for degrading organic pollutants, water splitting for hydrogen production, carbon dioxide reduction, and bacterial disinfection.

Chemical catalysts are used in certain organic chemical reactions and pollutant treatment.

5. Composite Materials and Coatings:

Functional additives are used as additives to improve the fire resistance and corrosion resistance of coatings, the strength and heat resistance of plastics, the UV resistance of glass, and the gloss and hardness of ceramic glazes.