new material
Titanium dioxide (TiO₂) crystal is a high-performance optical and semiconductor material known for its exceptional refractive index, strong dielectric properties, and wide-bandgap characteristics. Manufactured from high-purity TiO₂, it offers excellent optical transparency, superior thermal stability, and high resistance to environmental degradation. TiO₂ crystals are widely used in photonic devices, nonlinear optics, semiconductor applications, and scientific research, ensuring reliable optical and electronic performance in advanced technologies.
Product Overview:
Titanium Dioxide (TiO₂) crystal is a commonly used optical material known for its excellent optical properties, particularly in applications like spectral prisms and polarizing devices. The crystal adopts a rutile-type structure, offering a high birefringence and refractive index, making it ideal for high-precision optical components. Compared to other optical materials, TiO₂ crystals have better physical and chemical stability, making them widely used in the development of high-performance optical devices, scientific research, and precision instruments.
Key Features:
- High Birefringence:TiO₂ crystals exhibit significant birefringence, making them suitable for high-precision optical applications.
- Excellent Optical Performance:With a high refractive index, TiO₂ is ideal for use in spectral prisms and polarizing devices.
- Strong Physical and Chemical Stability:TiO₂ offers higher stability compared to other materials, making it suitable for demanding environmental conditions.
- Good Optical Transparency:Exhibits good optical transparency, making it suitable for various optical transmission and imaging systems.
Applications:
- Optical Instruments:TiO₂ crystals are widely used in high-precision optical instruments such as spectral prisms and polarizing devices (e.g., optical isolators and beam splitters).
- Scientific Research:In fields such as laser technology and optical detection, TiO₂ serves as an important optical material, providing efficient optical performance.
- Precision Optical Devices:TiO₂ crystals are commonly used in various precision optical components to enhance the performance and stability of optical systems.
