Tin(IV) sulfide
Zyntex provides high-purity Tin(IV) Sulfide. A layered semiconductor ideal for mosaic gold pigments, photodetectors, and advanced battery research.
Description
Advanced Photovoltaics and Decorative Innovation
Formulating high-efficiency solar cells and durable decorative coatings requires a sulfide source that ensures maximum chemical stability and light-trapping capability. Therefore, Zyntex supplies Tin(IV) Sulfide specifically refined for vacuum evaporation and chemical bath deposition (CBD) processes. This compound is critical for producing non-toxic and earth-abundant absorber layers in thin-film photovoltaics. Specifically, it works perfectly as a replacement for more hazardous semiconductor materials in sensor technology. Our production facility ensures that every batch meets the electronic-grade purity requirements necessary for high-performance optoelectronics.
Beyond its electronic applications, the material is highly regarded for its aesthetic properties. Known historically as “Mosaic Gold,” it is used to create bronze powders and imitation gold coatings for wood, metals, and plaster. It serves as a vital component in the manufacturing of specialty inks and anti-friction materials where its layered structure provides inherent lubricity. Zyntex utilizes controlled sulfurization and hydrothermal synthesis to produce a vibrant, golden crystalline powder with optimized particle morphology. Because we prioritize material science excellence, our SnS2 undergoes rigorous testing for crystallinity via XRD and elemental ratio via ICP-OES. Furthermore, our strict quality control measures ensure that the material is free from lower-valence tin sulfides like SnS, preserving its distinct golden color.
Zyntex supports your technological and artistic projects with full technical transparency and detailed analytical documentation. For instance, we provide comprehensive Certificates of Analysis (CoA) to verify the purity levels and the precise Tin-to-Sulfur ratio. Thus, you can achieve reproducible results in your thin-film device manufacturing or ensure consistent color matching in your pigment production lines. Partnering with Zyntex gives your organization a dependable foundation for materials engineering and sustainable chemistry. Finally, our global logistics network ensures that your bulk supplies arrive safely, securely, and in moisture-resistant packaging to prevent hydration of the powder.
Key Industrial Applications
This versatile sulfide is a cornerstone for the following technology and industrial sectors:
☀️ Solar Energy
It acts as an n-type buffer layer or absorber in thin-film solar cells, offering a non-toxic alternative to CdS.
🎨 Pigments & Coatings
Used as “Mosaic Gold” to produce golden decorative finishes, bronze powders, and high-end printing inks.
🔋 Battery Research
Our SnS2 is ideal for investigating high-capacity anode materials in lithium-ion and magnesium-ion batteries.
📡 Optoelectronics
It serves as a critical material for high-sensitivity photodetectors and field-effect transistors in nanoscale electronics.
Technical Specifications
| Parameter | Standard Value |
|---|---|
| CAS Number | 1315-01-1 |
| Assay (Purity) | 99.5% – 99.99% |
| Crystal System | Hexagonal (CdI2-type) |
| Appearance | Golden Yellow Powder or Flakes |
