new material
Tin disulfide (SnS₂) is a high-purity compound recognized for its excellent optical properties, chemical stability, and semiconductor characteristics. It is widely used in photovoltaic applications, electronic components, lubrication systems, and advanced material research. Due to its superior light absorption and structural integrity, tin disulfide plays a crucial role in energy conversion, high-performance coatings, and specialized electronic devices.
Product Overview
Tin disulfide (SnS₂) is a compound with the chemical formula SnS₂, offering diverse and promising applications. It is a multifunctional material commonly used in optoelectronic conversion and energy storage systems. Tin disulfide plays an important role in holographic recording, electrical conversion systems, solar cells, and lithium-ion battery anodes. Additionally, it is used as a pigment and gold-like material due to its unique optical and electrical properties.
Product Features
- Versatility:SnS₂ is a highly versatile material, used in holographic recording and electrical conversion systems, with broad application prospects.
- High-Efficiency Energy Conversion:Particularly prominent in solar cells and lithium-ion battery anode materials, offering excellent energy conversion efficiency.
- Excellent Optical Properties:Used as a pigment and gold-like material, providing excellent optical effects with good gloss and electrical conductivity.
- Chemical Stability:SnS₂ has good chemical stability, making it suitable for various industrial applications.
Applications
- Holographic Recording & Electrical Conversion Systems:SnS₂ is used as an efficient material in holographic recording and electrical conversion systems.
- Solar Cells:Widely used in the production of efficient solar cell materials.
- Lithium Battery Anodes:Used in lithium-ion batteries as an anode material to improve battery performance.
- Gold-Like Materials:Applied as a gold-like material, offering good gloss and conductivity.
- Pigments:Used in pigment production, providing stable color effects.
