new material
Zirconium tungstate (ZrW₂O₈) is an advanced ceramic material known for its unique negative thermal expansion properties, thermal stability, and chemical resistance. It is widely used in precision engineering applications, thermal expansion control formulations, optical coatings, and specialized industrial manufacturing. Due to its exceptional stability over a broad temperature range, zirconium tungstate plays a crucial role in high-performance materials, composites, and aerospace technologies.
Product Overview
Zirconium tungstate (ZrW₂O₈) is a ceramic material known for its negative thermal expansion (NTE) properties. This material exhibits a unique behavior where its volume decreases as temperature increases, making it an ideal choice for applications requiring a negative coefficient of thermal expansion. With its exceptional thermal, chemical, and optical properties, ZrW₂O₈ is widely used in ceramics, electronics, and optical fields.
Product Features
- Negative Thermal Expansion:As the temperature increases, the material's volume shrinks, demonstrating its distinctive negative thermal expansion properties.
- High Stability:ZrW₂O₈ maintains its structural stability under varying temperature conditions, ensuring reliable performance.
- Multifunctionality:In addition to its thermal properties, ZrW₂O₈ is also utilized as a catalyst and luminescent material, offering excellent optical and chemical characteristics.
Applications
- Ceramic Capacitors:Commonly used in high-frequency electrical applications such as microwave ceramics and filters.
- Optical Catalysts:Used in catalytic processes and as a luminescent material to improve the efficiency of optical and chemical reactions.
- Composite Materials:ZrW₂O₈ is integrated into various composite materials such as metal matrix composites, ceramic matrix composites, cement-based composites, and polyamide resin composites to enhance their properties.
