
Lithium Tantalate (CAS 12031-66-2) is a specialized crystalline material supplied by Zyntex, engineered for telecommunications, laser technology, and high-frequency electronic components.
In the rapid evolution of 5G and wireless technologies, signal clarity defines the quality of communication. Zyntex Lithium Tantalate is selected for its unique combination of optical, piezoelectric, and pyroelectric properties. Therefore, we maintain a strictly controlled chemical profile to ensure minimal acoustic loss and high structural homogeneity. Consequently, this versatile material delivers reliable performance across high-frequency ranges, ensuring optimal efficiency in Surface Acoustic Wave (SAW) filters.
Zyntex supplies Lithium Tantalate in a high-grade powder and crystalline precursor form, optimized for the growth of single crystals used in optical waveguides and non-linear optics. Our stringent quality control measures ensure a high-purity profile with consistent lithium-to-tantalum ratios. Furthermore, this product features excellent resistance to optical damage. Since it is essential for infrared detectors and laser frequency doubling, you can incorporate it into various high-tech systems like thermal sensors or optical modulators with total technical assurance.
From specialized photonics research to large-scale semiconductor manufacturing, this specialized lithium compound is a cornerstone of modern electro-optics. Its consistent chemical profile ensures it provides predictable performance in high-temperature environments and does not compromise the sensitivity of electronic components. As a result, Zyntex provides a dependable foundation for innovation in the “smart-tech” and advanced defense markets. Finally, our commitment to technical excellence helps your facility achieve international standards in electronic material safety.
This professional-grade functional material is widely utilized in the following sectors:
A critical substrate for SAW filters used in mobile phones and 5G base stations to ensure signal precision.
Used in optical waveguides, modulators, and laser frequency converters for advanced photonics.
Leveraged for its pyroelectric properties in the production of high-sensitivity infrared and motion detectors.
Used as a primary precursor for synthesizing complex niobate-tantalate ceramic alloys.
| Parameter | Specification Standard |
|---|---|
| Product Name | Lithium Tantalate |
| Grade | Optical / Electronic Grade |
| Purity | Min. 99.9% |
| Category | Electronic Materials & Lithium Compounds |
| CAS Number | 12031-66-2 |
🔬 Scientific Data: For detailed handling, crystal structure, and dielectric properties, consult: PubChem Entry: Lithium Tantalate (External Link)