Calcium Titanate CAS#12049-50-2

Superior dielectric performance that makes it highly suitable for use in advanced ceramic capacitor materials.

Excellent temperature resistance, allowing stable performance even under fluctuating or high-temperature working environments.

High mechanical strength and structural stability, ensuring durability and reliability during processing and application.

Exceptional optical characteristics, enabling use in precision electronic and optical-related components.

Product Description of CALCIUM TITANATE CAS#12049-50-2

Calcium titanate, an inorganic substance bearing the chemical formula CaTiO₃, adopts a cubic crystal structure. As a core inorganic dielectric material, it boasts superior dielectric, thermal, mechanical and optical performances. Thanks to these comprehensive excellent properties, it has found wide-ranging utilization across multiple industries including ceramic capacitors, PTC thermistors, microwave antenna devices, filters, as well as welding electrodes for stainless steel.

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CALCIUM TITANATE CAS#12049-50-2

CALCIUM TITANATE Chemical Properties

Melting point 1975°C
density 4.1 g/mL at 25 °C (lit.)
form nanopowder
color Beige
Specific Gravity4.1
Water Solubility Insoluble in water. Soluble in oirganic and inorganic solution.
CAS DataBase Reference12049-50-2(CAS DataBase Reference)
EPA Substance Registry SystemCalcium titanium oxide (CaTiO3) (12049-50-2)

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CALCIUM TITANATE CAS#12049-50-2

Product Application of CALCIUM TITANATE CAS#12049-50-2

Calcium titanate stands as a vital inorganic dielectric material with remarkable dielectric, thermal, mechanical and optical properties. It enjoys broad application in ceramic capacitors, PTC thermistors, microwave antenna parts, filters and stainless steel welding electrodes. Perovskite refers to the natural mineral counterpart of calcium titanate, and its distinctive structural features can also be observed in numerous other inorganic crystalline substances. An in-depth grasp of the perovskite structure and its derivative modifications greatly facilitates the research progress and innovative evolution of inorganic functional materials.

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CALCIUM TITANATE CAS#12049-50-2

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