What is the Eucryptite (AlLi(SiO4))?

Eucryptite (AlLi(SiO4)) is , while it's Molecular Formula is AlH4O4SiLi. Used in Ceramics and Glass-Ceramic Industry: Eucryptite (AlLi(SiO4)) is used as a raw material for the production of ceramics and glass-ceramic materials due to its low thermal expansion coefficient and excellent electrical insulation properties. Used in Electronics Industry: Eucryptite (AlLi(SiO4)) is used in the development of specialty glasses and ceramics for applications in the electronics industry, where its unique properties contribute to the performance and reliability of electronic components. Used in Aerospace Industry: Eucryptite (AlLi(SiO4)) is utilized in the aerospace industry for the development of high-performance materials with specific thermal and electrical properties, enhancing the performance and safety of aerospace components. Used in Medical Industry: Eucryptite (AlLi(SiO4)) is employed in the medical industry for the development of biocompatible materials and components, taking advantage of its unique properties for various medical applications. Used in Energy Storage: Eucryptite (AlLi(SiO4)) is being researched for its potential use as a high-energy density material in lithium-ion batteries, leveraging its lithium content for improved battery performance and energy storage capacity. Used as a Source of Lithium: Eucryptite (AlLi(SiO4)) is considered as a source of lithium for battery technologies, providing a valuable resource for the development and production of lithium-based batteries and energy storage solutions.

What is the CAS number for Eucryptite (AlLi(SiO4))?

The CAS number of Eucryptite (AlLi(SiO4)) is 1302-65-4.

What is Eucryptite (AlLi(SiO4)) (1302-65-4) used for?

Eucryptite (AlLi(SiO4)) is a lithium aluminum silicate mineral with a unique crystal structure, belonging to the group of tectosilicate minerals. It is commonly found in lithia-rich pegmatites and granite and is known for its low thermal expansion coefficient and excellent electrical insulation properties.

What is the Eucryptite (AlLi(SiO4))?

Eucryptite (AlLi(SiO4)) is , while it's Molecular Formula is AlH4O4SiLi. Used in Ceramics and Glass-Ceramic Industry: Eucryptite (AlLi(SiO4)) is used as a raw material for the production of ceramics and glass-ceramic materials due to its low thermal expansion coefficient and excellent electrical insulation properties. Used in Electronics Industry: Eucryptite (AlLi(SiO4)) is used in the development of specialty glasses and ceramics for applications in the electronics industry, where its unique properties contribute to the performance and reliability of electronic components. Used in Aerospace Industry: Eucryptite (AlLi(SiO4)) is utilized in the aerospace industry for the development of high-performance materials with specific thermal and electrical properties, enhancing the performance and safety of aerospace components. Used in Medical Industry: Eucryptite (AlLi(SiO4)) is employed in the medical industry for the development of biocompatible materials and components, taking advantage of its unique properties for various medical applications. Used in Energy Storage: Eucryptite (AlLi(SiO4)) is being researched for its potential use as a high-energy density material in lithium-ion batteries, leveraging its lithium content for improved battery performance and energy storage capacity. Used as a Source of Lithium: Eucryptite (AlLi(SiO4)) is considered as a source of lithium for battery technologies, providing a valuable resource for the development and production of lithium-based batteries and energy storage solutions.

What is the CAS number for Eucryptite (AlLi(SiO4))?

The CAS number of Eucryptite (AlLi(SiO4)) is 1302-65-4.

What is Eucryptite (AlLi(SiO4)) (1302-65-4) used for?

Eucryptite (AlLi(SiO4)) is a lithium aluminum silicate mineral with a unique crystal structure, belonging to the group of tectosilicate minerals. It is commonly found in lithia-rich pegmatites and granite and is known for its low thermal expansion coefficient and excellent electrical insulation properties.