Silicon Sulfide
Silicon Sulfide (CAS:13759-10-9) is an inorganic sulfide compound of silicon, supplied as a high-purity fine white powder. It is a specialty precursor used in the preparation of metal sulfide-based ceramics, sulfide solid-state electrolyte materials, chalcogenide glasses and thin-film coatings, where controlled stoichiometry and low metallic impurity levels are essential. Its moisture-sensitive nature demands careful handling and inert packaging to preserve quality. Quality is locked down at every stage: production follows standardized parameters, and each Industrial Grade batch is sampled and tested before release, with records available for customer audit. Purchasers gain real supply security, because 25kg/drum, 25kg/bag options, short lead times and responsive technical support allow seamless qualification into existing formulations or production lines.
As a professional fine-chemical manufacturer and exporter, KieRay Chem delivers Silicon Sulfide (CAS:13759-10-9) with dependable consistency and full supply-chain transparency. Each shipment is released only after passing comprehensive QC covering assay, impurity profile and physical parameters, accompanied by COA, TDS and SDS documentation. Flexible packaging, reliable sea and air logistics, and a professional technical team make KieRay Chem the effortless choice for both R&D quantities and bulk supply. From initial samples to industrial-scale volumes, KieRay Chem provides the stability, documentation and service excellence that demanding buyers rely on.
## Silicon Sulfide (SiS₂, CAS 13759-10-9): Key Functions and Uses
1. **Specialized Inorganic Sulfide Compound**
Silicon Sulfide, also known as **silicon disulfide**, has the chemical formula **SiS₂** and CAS Number **13759-10-9**. It is a specialized inorganic material used mainly in laboratory research, advanced materials development, and chemical synthesis.
2. **Precursor for Silicon-Based Materials**
Silicon Sulfide can serve as a silicon- and sulfur-containing precursor for preparing functional silicon compounds, sulfide materials, and other inorganic materials. Researchers may investigate its reactivity, thermal behavior, and conversion pathways in controlled synthesis processes.
3. **Advanced Ceramic and Solid-State Materials**
SiS₂ is relevant to research involving high-performance ceramics, sulfide ceramics, glass-ceramic systems, and silicon–sulfur materials. Its composition can support the design of materials with tailored thermal, chemical, electronic, or structural properties.
4. **Battery and Energy-Storage Research**
Silicon Sulfide may be evaluated in research on sulfur-containing battery materials, conversion-type electrodes, silicon-based anodes, and sulfide solid-state electrolytes. Its suitability depends on particle size, purity, phase composition, processing conditions, and compatibility with other cell components.
5. **Electronics and Semiconductor Materials Research**
High-purity Silicon Sulfide can be used as a research precursor in electronic materials, semiconductor chemistry, thin-film preparation, and silicon–sulfur compound development. Any device-related application requires careful control of impurities, moisture, morphology, and deposition conditions.
6. **Chemical-Reaction and Materials-Synthesis Reagent**
SiS₂ may be used in controlled laboratory reactions to explore sulfur transfer, silicon–sulfur bonding, inorganic synthesis, and solid-state reaction mechanisms. It is primarily a research chemical rather than a general-purpose industrial additive.
7. **Quality and Procurement Considerations**
When sourcing Silicon Sulfide 13759-10-9, buyers should verify chemical identity, purity, phase composition, particle size, moisture content, packaging, certificate of analysis, and intended application. Useful SEO keywords include **Silicon Sulfide, Silicon Disulfide, SiS₂, CAS 13759-10-9, silicon sulfur compound, ceramic precursor, sulfide material, battery research material, semiconductor research, and advanced inorganic chemical**.
8. **Professional Handling and Safety**
Silicon Sulfide is moisture-sensitive and may react with water or humid air, potentially generating corrosive or hazardous sulfur-containing products. It should be handled only by trained professionals in suitable facilities, with appropriate moisture control, ventilation, protective equipment, and waste procedures. Users must follow the supplier’s **Safety Data Sheet and applicable regulations**.
Product Name: Silicon Sulfide
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