Telluric Acid (CAS 7803-68-1): A Key Component in Advanced Materials
Discover the critical properties and diverse applications of Telluric Acid in electronics and materials science.
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Telluric Acid
Telluric acid, identified by CAS 7803-68-1, is a vital inorganic chemical raw material with high purity, essential for various advanced applications. Its primary use lies in the electronics sector, serving as a crucial precursor for synthesizing tellurium compounds vital for the development of semiconductors and photovoltaic cells. Its properties also make it valuable in analytical chemistry for detecting trace elements and in materials science for creating novel materials.
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- Source telluric acid for semiconductor precursor applications, enabling the creation of advanced semiconductor devices.
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- Investigate telluric acid's role in materials science to develop next-generation materials with enhanced properties.
Key Advantages
High Purity and Quality
With a minimum assay of 99%, this telluric acid guarantees exceptional quality for demanding applications in the electronics industry, supporting the creation of reliable semiconductors.
Versatile Application Range
Its utility extends from electronic chemicals to being a semiconductor precursor, showcasing its versatility in creating essential components for modern technology.
Foundation for Innovation
Leverage telluric acid as an inorganic raw material for innovative research in materials science, contributing to advancements in energy and electronics.
Key Applications
Electronics Manufacturing
Essential for producing high-performance electronic components, especially within the semiconductor and photovoltaic cell industries.
Materials Science Research
Used in the synthesis of novel tellurium compounds, driving innovation in advanced materials development.
Analytical Chemistry
Serves as a reliable reagent for the precise detection and quantification of tellurium in various samples.
Inorganic Chemical Synthesis
Functions as a fundamental inorganic raw material, enabling the creation of a wide array of tellurium-based compounds.