SR10167 Electrical Strontium Carbonate Powder (CAS No.: 1633-05-2)

Electrical Strontium Carbonate Powder (CAS No.: 1633-05-2) Description

Electrical Strontium Carbonate Powder (SrCO3) is an inorganic chemical compound utilised in applications requiring precise material reactivity. Its controlled particle size distribution supports uniform mixing and consistent thermal behaviour. The powder’s defined morphology and purity levels contribute to stable performance in ceramic processing and electronic component fabrication. Employing standard analytical techniques ensures minimal impurities and reproducible material characteristics crucial for technical implementations.

Electrical Strontium Carbonate Powder (CAS No.: 1633-05-2) Applications

1.       Electronics and Semiconductor Processing
   - Used as a functional additive in dielectric layers for capacitors to achieve stable electrical insulation by leveraging its pure, inert nature.
   - Applied as a raw material in the synthesis of advanced ceramics in microelectronic devices to optimise thermal resistance by controlling particle morphology.

2.       Industrial Ceramics and Glass Production
   - Serves as a fluxing agent in ceramic glazes to promote even sintering in kiln operations by utilising its chemical reactivity.
   - Employed in glass formulations to modify melting points and viscosity, improving processability due to its consistent powder characteristics.

3.       Chemical Processing
   - Frequently used as a neutralisation agent in chemical reactions to control pH levels by leveraging its basic carbonate composition.
   - Often integrated in reagent-grade syntheses where predictable reactivity ensures reproducible outcomes in laboratory settings.

Electrical Strontium Carbonate Powder (CAS No.: 1633-05-2) Packing

The powder is packaged in multi-layered, moisture-resistant bags enclosed within a sturdy, sealed carton to prevent contamination and mechanical damage. Storage instructions include maintaining a cool, dry environment with minimal exposure to humidity. Packaging options may be customised with anti-static lining and additional sealing measures, tailored according to specific handling protocols and shipping requirements.

Frequently Asked Questions

Q1: What analysis methods are used to ensure the purity of the powder?
A1: The product undergoes X-ray diffraction for compositional verification and laser diffraction for particle size analysis. These methods confirm phase purity and consistent distribution, which are vital for technical applications requiring precise material performance.

Q2: How does the controlled particle size benefit ceramic processing?
A2: A uniform particle size distribution promotes even sintering and enhances the thermal properties of ceramic products. This control reduces variability during high-temperature processing, ensuring reproducible structural and electrical properties.

Q3: What storage conditions are recommended to maintain the powder’s integrity?
A3: It is recommended to store the powder in a cool, dry environment away from moisture and direct sunlight. Proper packaging and controlled storage conditions prevent degradation and preserve the material’s chemical and physical characteristics.

Additional Information

Strontium Carbonate is an essential component in various industrial formulations due to its stable chemical nature. Its use in ceramics and glass industries is backed by extensive studies on particle behaviour and thermal properties, which are critical for achieving controlled processing outcomes.

Understanding the fundamental characteristics of inorganic compounds like SrCO3 supports the optimisation of material performance in high-temperature applications. Advancements in analytical techniques have enabled more detailed assessments of powder morphology and composition, contributing to improved consistency in manufacturing processes.