LiTaO3 Wafer

3-inch diameter LiTaO3 wafer with X-112Y cut featuring piezoelectric and pyroelectric properties. Ideal for nonlinear optics, infrared sensors, terahertz generation, and surface acoustic applications. Custom manufacturing available with 30+ years of piezoelectric expertise and competitive pricing for industrial and research applications.

Precision 4-inch (100mm) Lithium Tantalate (LiTaO3) wafers with 0.5mm thickness and precision orientations for Surface Acoustic Wave devices and optical applications. Available in standard and black variants with enhanced physical strength for superior manufacturing yields and performance in electronic components.

High-precision Lithium Tantalate polishing wafers featuring wide UV to IR transparency (0.275-5.25 µm) and ultra-smooth surfaces with Ra

High-quality single crystal Lithium Tantalate wafers manufactured using Czochralski method for optical and SAW applications. Available in 3", 4", and 6" diameters with Fe doping options, transmission range of 400-4500nm, and electro-optical coefficient of 30.4pm/V. Features include TTV

Premium 6-inch Lithium Tantalate wafers featuring excellent piezoelectric and ferroelectric properties for SAW/BAW devices. Available in multiple orientations with Fe doping options, SEMI M1.2 compliant edge profiles, and surface roughness ≤ 5Å. Ideal for high-frequency resonators, filters, and transducers with precise thickness control from 0.25mm to 1.00mm+.

Fe2O3-doped LiTaO3 wafers manufactured via Czochralski method offer enhanced photorefractive properties. Available in 76.2mm, 100mm, and 150mm diameters with thickness from 0.07mm to 1.0mm. Features include superior lattice constants, trigonal crystal structure, and comprehensive surface finishes. Ideal for advanced optical and piezoelectric applications with custom fabrication options.

Specialized black LiTaO3 wafers engineered for Surface Acoustic Wave IDT applications. Features eliminated pyroelectric effects, maintained piezoelectric properties, and available in 3", 4", 6" diameters with thickness options from 0.10mm to 1.00mm+. Ideal for high-performance electronic components requiring precise crystal properties and thermal stability.

Premium double side polished Lithium Tantalate wafers designed for SAW and BAW applications. Features Fe-doping, 605°C Curie temperature, and superior surface quality with Ra≤5Å roughness. Available in 3", 4", and 6" diameters with multiple orientation options including 36°Y and 42°Y cuts. Custom specifications available with expert technical support.

High-performance piezoelectric wafers in 3-inch (76.2mm), 4-inch (100mm), and 6-inch (150mm) diameters with Fe doping options. Ideal for optical waveguides, SAW filters, resonators, and transducers. Features TTV 95%, and Ra

High-precision Lithium Tantalate (LiTaO3) wafers available in 76.2mm and 100mm diameters with 0.5mm thickness. Engineered for surface acoustic wave (SAW) devices and optical applications with multiple crystal orientations. Features superior chemical mechanical polishing and 30+ years of piezoelectric wafer manufacturing expertise.

High-precision lithium tantalate wafers in 3-inch (76.2mm), 4-inch (100mm), and 6-inch (150mm) diameters. Features include customizable crystal orientations, double-side polishing, transmission range of 400-4500nm, and electro-optical coefficient of 30.4 pm/V. Ideal for advanced piezoelectric devices, sensors, and optical applications with superior material properties.

Precision Mg-doped SLT wafers with diameters from 76.2mm to 150mm, featuring high thermal conductivity and precise optical properties for high-power-frequency converter applications. Available in multiple orientations with surface finishes including single/double side polish, TTV

Premium Lithium Tantalate (LiTaO3) wafers with exceptional piezoelectric, electro-optic, and acousto-optic properties. Available in 3-inch (76.2mm) and 4-inch (100mm) diameters with TTV

High-precision 0.35mm thick Lithium Tantalate (LiTaO3) wafer with 42°Y orientation, designed for piezoelectric sensors and acoustic devices. Features 3-inch diameter, Fe doping options, and superior angle precision with TTV

High-performance Lithium Tantalate (LiTaO3) piezoelectric crystals featuring exceptional optical, piezoelectric, and pyroelectric properties. Available in 3, 4, and 6 inch diameters with Fe doping options. Ideal for nonlinear optics, infrared sensors, terahertz applications, and surface acoustic wave devices. Custom fabrication available with 30+ years of piezoelectric expertise.

Premium iron-doped lithium tantalate wafers in 3-inch, 4-inch, and 6-inch diameters for electro-optic applications. Features excellent nonlinear optical properties, high electro-optic coefficients, transmission range of 400-5000 nm, and superior damage resistance. Custom specifications available with expert technical support from piezoelectric specialists.

Premium 4-inch 0.5mm thickness LiTaO3 wafers designed for high-frequency broadband filters and piezoelectric transducers. Features large electromechanical coupling coefficient, minimal acoustic attenuation, and excellent temperature stability. Available in multiple crystal orientations including 36°Y, 42°Y, X-112°Y, X, and Z cuts for various SAW and optical applications.

Advanced Fe doped Lithium Tantalate wafers designed for high-density holographic information storage. Features iron doping for enhanced photorefractive properties, transmission range of 400-5000nm, and multiple diameter options from 76.2mm to 150mm. Ideal for optical modulation, recording, and frequency conversion applications with superior electro-optic performance.

High-purity Lithium Tantalate wafers with >99.99% purity for nonlinear optics, passive IR sensors, and terahertz applications. Available in multiple crystal orientations (X, Y, Z, 36Y, 42Y) with precise dimensional tolerances. Custom fabrication and standard inventory options from experienced piezo wafer specialists.

High-performance 4-inch Lithium Tantalate wafers with single side polish, available in 36°Y and 42°Y orientations for SAW device manufacturing. Features include superior piezoelectric properties, 1650°C melting point, and reduced pyro-electric charge properties. Ideal for electro-optic Q-switches, integrated optical substrates, sensors, and frequency converters with custom orientation options.