GLASS AND CERAMICS
Barium und Strontium in der Glasindustrie
Barium and strontium play a central role in the glass industry as they influence the optical properties of glass. The addition of barium carbonate and strontium carbonate enables targeted modification of the refractive index, resulting in improved optical quality.
In electronic applications, especially in electronic ceramics, high-purity barium carbonate and strontium carbonate are applied. These high-purity variants ensure the quality and purity of glasses used in demanding electronic applications.
Challenges in Glass Manufacturing and Integration of Barium and Strontium
The integration of barium and strontium into glass production was a response to previous challenges in controlling the optical properties of glass. The introduction of barium and strontium compounds allowed for more precise control.
Use of Barium Carbonate and Strontium Carbonate in Glass Manufacturing: Technical Influences
Refraction Index Modification: Barium carbonate and strontium carbonate, used as additives in glass production, influence the refractive index. The precise control of the refractive index through these carbonates allows for an improvement in the optical quality of the glass.
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Density Adjustment: The high density of barium carbonate enables the fine-tuning of the density of glass or ceramics. In specific applications where materials must have a certain mass or density, the addition of barium carbonate can meet these requirements.
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Radiation Protection in Nuclear Applications: The use of barium carbonate in nuclear scenarios for the production of radiation shielding ceramics is another example. Barium carbonate can be utilized in ceramic materials with radiation protection functions to shield individuals from the effects of radiation.
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Optical Applications: The use of barium carbonate extends to optical applications due to its high refractive index and transparency. In special glasses or ceramics, it can be used for targeted control of light, as seen in applications of laser technology.
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Crystal Influence: Additionally, the addition of barium carbonate influences the crystal behavior of glass or ceramics, crucial for the production of certain specialty ceramics or glasses, especially when specific crystal properties are required.
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Electronic Applications: Similar to strontium carbonate, barium carbonate is also used in the manufacturing of some electronic devices. It can enhance the electrical properties of ceramics, making them more suitable for electronic applications.
Use of High-purity Barium Carbonate and High-purity Strontium Carbonate in Glass and Ceramics, Especially in Electronic Ceramics
Special Applications and Electronic Ceramics: In highly specialized applications, particularly in electronic ceramics, the use of high-purity Barium Carbonate and Strontium Carbonate is gaining significance. These high-purity forms are essential for precise applications where impurities need to be minimized.
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Electronic and Glass Industry: The utilization of high-purity Barium Carbonate and Strontium Carbonate enables precise control over material properties, particularly crucial in the demanding requirements of the electronics industry.
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Special Glass for Electronic Applications: These high-purity forms are also employed in the production of special glass for electronic applications, ensuring that no impurities compromise the electrical or optical properties.
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These specific applications emphasize that not only the presence of Barium and Strontium but also the purity of these elements in the used carbonates is of utmost importance to meet the specific demands of the electronics and glass industry.