Piezoelectric Wafer

High-Temperature Borofloat 33 Glass Wafer for Optimal Performance in Electronics Borofloat 33 Glass Wafer Description Borofloat 33 - the ultimate choice for precision optics and semiconductor applications. This exceptional borosilicate glass wafer is renowned for its unparalleled optical clarity, thermal stability, and chemical durability. Borofloat 33 offers superior optical performance, with low absorption and scattering properties that ensure crisp, clear images. Its

Quartz Endcap for Pressure Sensing with Stable Frequency-Temperature Characteristics The piezoelectric quartz cap, a revolutionary pressure sensor component that sets the benchmark for performance and stability. This remarkable device features a unique AT-cut quartz end cap design, harnessing the principles of quartz crystal thickness-shear mode to precisely detect changes in applied pressure. The AT-cut quartz crystal, renowned for its exceptional frequency-temperature

AT-Cut Thickness Shear Mode Piezoelectric Wafer for Downhole Oil Pressure Sensors Introducing the piezoelectric quartz cap, an exceptional pressure sensor component that excels in performance and stability with its unique AT-cut quartz end cap design. Leveraging the principles of quartz crystal thickness-shear mode, this cap accurately senses applied pressure by monitoring changes in the crystal's resonance frequency.Renowned for its outstanding frequency-temperature

Sapphire Al2O3 Crystal Substrate Ultrathin 2" 3"Double Side Polished For Optical Discover the high-quality of Sapphire crystal wafers. These high-quality wafers are precision-cut from genuine Sapphire crystal, offering unparalleled durability and exceptional optical properties. Ideal for a range of applications including optics, sensors, and high-end jewelry, Sapphire crystal wafers are the perfect choice for those who demand the ultimate in quality and performance. With

High-Performance Sapphire Wafer with Perpendicularity ≤3 Arc Min for Industrial Applications Product Description: Sapphire Slice, Sapphire Wafer, Sapphire Substrate, and Sapphire Plate Sapphire Wafer is a type of semiconductor material made of sapphire, which has excellent optical, mechanical, and chemical properties. It is commonly used as the epitaxial layer for GaN-based materials and devices, and is also widely applied in other electronic and optical fields. Sapphire

Clear Aperture 90% Sapphire Wafer ≤3 Arc Min Perpendicularity Parallelism ≤3 Arc SecProduct Description:Sapphire Wafer is an ideal choice for high-end applications due to its superior properties. It is made of sapphire material which is renowned for its strength, hardness, chemical stability and thermal stability. Our sapphire wafer is available in a variety of sizes and shapes, customized to your requirements. The edge grinding and roundness are tightly controlled to ensure

Reliable Sapphire Substrate with TTV ≤3μm for Precision Applications Product Description: Sapphire Slice/Plate/Wafer is a precision product made of sapphire crystal. It features high parallelism (≤3 Arc Sec), diameter (2inch-8inch), orientation (±30'), bow & warp (≤20μm) and thickness (0.5mm-3mm). It is widely used in electronic, optoelectronic, aerospace, and other high-tech industries. Sapphire wafer is a perfect choice for applications requiring precise optical, electronic

High Resistance Single Side Polished LED Sapphire Wafer with BOW 10um Product Description: Sapphire Wafer is a kind of sapphire slice that has been precision cut from a sapphire boule to the required dimensions. It is widely used for various applications in the optoelectronics, electronics, and semiconductor industries. Sapphire Wafer has excellent thermal conductivity, high thermal shock resistance, high dielectric strength, and excellent optical properties, making it ideal

Diameter 4inch Sapphire Wafer grade with Single Side Polished Surface Quality Product Description: Sapphire Wafer – The Ultimate Sapphire Plate Manufacturer Sapphire Wafer is a leading manufacturer of sapphire plates and discs with a commitment to producing the highest quality sapphire products. Our sapphire plates are designed to meet the most rigorous quality standards, offering optimal performance and reliability. Our sapphire plates are characterized by their exceptional

Diameter 6inch Sapphire Wafer LED Grade Polished TransparentProduct Description:Sapphire Wafer is a high-precision sapphire substrate with superior performance. It is a wafer-shaped sapphire slice with excellent parallelism, clear aperture, bow & warp and orientation. The parallelism is ≤3 Arc Sec, the clear aperture is >90%, the bow & warp is ≤20μm and the orientation is ±0.5°. It is a one-of-a-kind sapphire substrate that provides superior thermal, mechanical and optical

Highly Polished Sapphire Slice 0.5mm-3mm Thickness 2inch-8inch Diameter Product Description: Sapphire Wafer is a kind of high precision sapphire platelet, which is made by cutting and grinding of high quality sapphire single crystal. It has the characteristics of bow and warp ≤ 20μm, TTV ≤ 3μm, clear aperture > 90%, diameter range from 2inch to 8inch, and perpendicularity ≤ 3 Arc Min. It is widely used in the fields of optical, electronic, aerospace, medical, and other

Roundness Edge Grinding Sapphire Wafer Single Side Polished Surface Quality Product Description: Sapphire Wafer is a high-performance sapphire plate manufactured with a high-grade sapphire substrate. It has an orientation of ±0.5°, a wafer shape, a clear aperture of greater than 90%, and TTV of ≤3μm. It is also customizable in size to meet the needs of customers. This high-quality sapphire plate is perfect for use in a variety of applications, such as electronics, optics, and

Surface Roughness Ra 0.2nm Sapphire Wafer - Perfect for demanding applications Product Description: Sapphire Wafer is a kind of sapphire plate made from high quality sapphire substrate, which is a special kind of sapphire slice cut from high purity single crystal sapphire ingots. It is widely used in the fields of optoelectronics, semiconductor, precision optics, etc. Our sapphire wafer has excellent physical characteristics, such as high hardness, good thermal stability,

Superior Quality Sapphire Wafer ≤3μm TTV Roundness Edge Grinding Product Description: Sapphire Wafer is an advanced substrate made of sapphire material. It has great parallelism of ≤3 Arc Sec, TTV of ≤3μm, thickness of 0.5mm-3mm and roundness of edge grinding. With its high-end material and strict quality control, Sapphire Wafer provides you with maximum reliability and stability in your application. Sapphire Wafer can be used in a variety of applications, such as optoelectro

High-Performance Sapphire Wafer with Perpendicularity ≤3 Arc Min for Industrial Applications Product Description: Sapphire Slice, Sapphire Wafer, Sapphire Substrate, and Sapphire Plate are produced with surface quality of single side polished, total thickness variation of less than 3μm, wafer shape, and clear aperture of more than 90%. The material used for production is Sapphire. The Sapphire Slice, Wafer, Substrate, and Plate are widely used in the industry for their unique

Pyroelectric Marvels: An In-Depth Exploration of LiTaO3's Unique Properties Welcome to the cutting edge of material science with our exceptional LiTaO3 wafers. These wafers, made from lithium tantalate, offer a unique combination of piezoelectric, pyroelectric, and optical properties, making them indispensable for modern electronics. LiTaO3 wafers excel in high-frequency applications due to their excellent acoustic and dielectric properties. They are widely used in resonators

Pyroelectric Precision Unleashed: Exploring the Intricacies of LiTaO3 Dive into the realm of pyroelectricity with LiTaO3, a crystalline substance renowned for its remarkable pyroelectric effect. This inherent property of LiTaO3 manifests when exposed to temperature variations, generating an electric charge that opens avenues for innovative applications. At the forefront of this technological marvel are our ultra-thin LiTaO3 wafers, a testament to precision with thicknesses as

Double Side Polish 3 Inch LiTaO3 30um 50um Ultra Thin Film The ultra-thin 3-inch LiTaO3 (lithium tantalate) thin film, with a thickness of 30 μm (micrometers), refers to a specialized substrate or wafer made from a thin layer of LiTaO3 material. Size: The thin film has a diameter of 3 inches, which is equivalent to approximately 76 millimeters. This size is commonly used in various optoelectronic applications. Thickness: The thin film has an ultra-thin profile, with a

3 Inch Double Side Polish LiNbO3 30um 50um 80um Ultra Thin Film The ultra-thin 3-inch LiNbO3 (lithium niobate) thin film, with a thickness of 30 μm (micrometers), refers to a specialized substrate or wafer made from a thin layer of LiNbO3 material. Size: The thin film has a diameter of 3 inches, which is equivalent to approximately 76 millimeters. This size is commonly used in various optoelectronic applications. Thickness: The thin film has an ultra-thin profile, with a

Unlocking the Potential of Lithium Tantalate on Insulator (LTOI) for Advanced Photonic Applications LTOI stands for Lithium Tantalate on Insulator, is a specialized substrate technology used in the field of integrated photonics. It involves the transfer of a thin layer of lithium tantalate (LiTaO3) crystal onto an insulating substrate, typically silicon dioxide (SiO2) or silicon nitride (Si3N4). LTOI substrates offer unique advantages for the development of compact and high