TP2906 Magnesium Titanate Powder (CAS 12032-30-3)

Descriptions of Magnesium Titanate Powder

Magnesium Titanate Powder is a white powder which must be stored in an airtight container at a cool, ventilated and dry location under ambient conditions. In a hydrogen atmosphere, a mixture of TiO2 and Mg is heated to 1500°C to produce MgTiO3. Furthermore, TiO2 and MgCl2 yield MgTiO3 at elevated temperatures. MgTiO3 is used primarily as an additive in ceramic dielectric components and may also be employed as an electret in generators and radiometers.

Stanford Advanced Materials (SAM) is a supplier of Magnesium Titanate Powder with more than 20 years of experience in the production and sale of Magnesium Titanate Products. We supply our customers with Magnesium Titanate Powder at a competitive price.

Magnesium Titanate Powder Specifications

Applications of Magnesium Titanate Powder

Magnesium Titanate Powder is predominantly used as an additive in ceramic dielectric components and may also be employed as an electret in generators and radiometers.

Electronics: Magnesium Titanate Powder is utilised in the manufacture of high-frequency capacitors, varistors and other electronic components, attributable to its intrinsic dielectric properties.

Telecommunications: Magnesium Titanate plays a role in telecommunication devices by ensuring efficient signal transmission and providing electrical insulation.

Ceramics: As a ceramic material, it is used in the production of ceramic components for various industries, including aerospace, automotive and defence.

Dielectric Materials: It is employed in the formulation of dielectric materials for electrical insulation, which is critical in electrotechnical applications.

Modern Materials: Magnesium Titanate Powder is incorporated into modern materials and composite materials to improve their electrical and thermal properties.

Magnesium Titanate Powder Features:

Dielectric Properties: Magnesium Titanate Powder exhibits a measured high dielectric constant and low dielectric loss, which permits its use in electronics and telecommunication applications, including capacitors and insulators.

Thermal Stability: Due to its thermal stability and resistance to temperature fluctuations, this powder can be applied in high-temperature environments without performance degradation.

Chemical Inertness: Magnesium Titanate is chemically inert and demonstrates resistance to acids, alkalis and other corrosive substances, thereby ensuring a prolonged operational lifespan under harsh conditions.

Low Thermal Expansion: The low coefficient of thermal expansion reduces thermal stress in composite materials and enhances dimensional stability.

Customisable Particle Size: Available in various particle sizes, which allows precise adaptation to specific application requirements.

Magnesium Titanate Powder Safety Instructions