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CaCu3Ti4O12, also known as CCTO, is an energy-storing material with high dielectric constants, which means that it is one of the best materials for a super capacitor.
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CaCu3Ti4O12, also known as CCTO, is an energy-storing material with high dielectric constants, which means that it is one of the best materials for a super capacitor. The higher the dielectric constant is, the more energy a capacitor stores.
Chemcial Formula: CaCu3Ti4O12
Appearance: Brown Powder
Density: 4.7g/cm3, solid
Melting Point: >1000°C
Crystal Structure: Cubic
Molar Mass: 614.1789 g/ol
Application:
CCTO can be used for capacitor and resistor, new energy battery industry.
CCTO can be applied to the dunamic random memory, that is stored DRAM.
CCTO can be used in electronics, the new battery, solar battery, new energy wehicle battery industry, etc.
CCTO can be used for high-end space capacitance, the sun plat, etc.
As electronic ceramic material, CCTO can be used for dielectric ceramics, piezoelectriic ceramics, etc.
CaCu3Ti4O12, also known as CCTO, is an energy-storing material with high dielectric constants, which means that it is one of the best materials for a super capacitor. The higher the dielectric constant is, the more energy a capacitor stores.
Chemcial Formula: CaCu3Ti4O12
Appearance: Brown Powder
Density: 4.7g/cm3, solid
Melting Point: >1000°C
Crystal Structure: Cubic
Molar Mass: 614.1789 g/ol
Application:
CCTO can be used for capacitor and resistor, new energy battery industry.
CCTO can be applied to the dunamic random memory, that is stored DRAM.
CCTO can be used in electronics, the new battery, solar battery, new energy wehicle battery industry, etc.
CCTO can be used for high-end space capacitance, the sun plat, etc.
As electronic ceramic material, CCTO can be used for dielectric ceramics, piezoelectriic ceramics, etc.