CY8872 Barium Titanate Crystal Substrate BTO Crystal Substrate BaTiO3 (110) 10x10x1 mm SSP

Barium Titanate Crystal Substrate BTO Crystal Substrate BaTiO3 (110) 10x10x1 mm SSP Description

Barium Titanate (BaTiO3) is a recognised ferroelectric material noted for its high dielectric constant, exceptional piezoelectric response, and stable chemical properties. Our BTO Crystal Substrate, precisely cut along the (110) orientation and measuring 10×10×1 mm, provides performance for research and industrial applications. The single-side polished (SSP) finish ensures a smooth and uniform surface for epitaxial growth, enabling precise control of thin-film deposition and device fabrication.

This substrate exceeds stringent quality standards through meticulous manufacturing processes and rigorous inspections. Its reliable crystal structure and excellent insulation characteristics make it suitable for use in capacitors, transducers, and various electronic components. Whether you are exploring advanced ferroelectric devices, photovoltaic systems, or high-frequency applications, our Barium Titanate Crystal Substrate provides the consistency and performance essential for technological developments.

Barium Titanate Crystal Substrate BTO Crystal Substrate BaTiO3 (110) 10x10x1 mm SSP Applications

Barium Titanate (BaTiO3) is a versatile ferroelectric material with a high dielectric constant, exceptional piezoelectric properties, and stable performance across various temperature ranges. This BTO crystal substrate (110) measuring 10x10x1 mm SSP can be adapted for advanced electronic components, sensors, and energy-harvesting systems. Its unique crystal structure makes it a key resource for developments in industrial, research, and commercial settings.

1. Industrial Applications

·         Used as a dielectric layer in advanced capacitor production for high-precision electronics

·         Integrated into automotive sensor arrays for reliable real-time monitoring

·         Employed in piezo-based actuators to enhance manufacturing equipment efficiency

2. Research Applications

·         Facilitates investigation of ferroelectric domain behaviour for circuit design

·         Serves as a prototype material in the study of crystal structures and phase transitions

·         Enables exploration of novel functional ceramics for emerging technologies

3. Commercial Applications

·         Incorporated into consumer electronics for improved sensing and feedback functions

·         Utilised in medical diagnostic devices for high-resolution ultrasound imaging

·         Applied in telecommunications filters and resonators to achieve quality signal

Barium Titanate Crystal Substrate BTO Crystal Substrate BaTiO3 (110) 10x10x1 mm SSP Packaging

Barium Titanate Crystal Substrates (BaTiO3, 110, 10x10x1 mm, SSP) are carefully sealed in double-layered vacuum bags with foam padding to prevent mechanical shocks. Each substrate is housed in an anti-static container, ensuring minimal moisture and airborne particle intrusion. For optimal preservation, store these substrates in a clean, temperature-controlled environment. Additional protective layers and labelling options are available upon request, facilitating enhanced security and identification.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Barium Titanate Crystal Substrate BTO Crystal Substrate BaTiO3 (110) 10x10x1 mm SSP FAQs

Q1: What are the key material properties of Barium Titanate Crystal Substrate BTO Crystal Substrate BaTiO3 (110) 10x10x1 mm SSP?

A1: Barium Titanate (BaTiO3) substrates exhibit a high dielectric constant, strong ferroelectric behaviour, and notable piezoelectric properties. Their crystalline structure in the (110) orientation enhances anisotropic electrical characteristics needed in advanced electronic, sensor, and actuator applications. The single-side-polished (SSP) surfaces offer excellent flatness and low roughness, which are essential for consistent thin-film growth and device fabrication in commercial and industrial environments.

Q2: How should this product be handled and stored?

A2: Handle each BaTiO3 substrate with clean, lint-free gloves and use non-abrasive tweezers or vacuum wands to avoid surface damage. Store the substrates in a low-humidity environment, ideally between 20–25°C, in protective containers to prevent accidental scratching or contamination. Avoid contact with harsh chemicals or liquids, and ensure the storage area is free from vibration, dust, and other contaminants to maintain substrate quality.

Q3: Which quality standards and certifications apply to Barium Titanate Crystal Substrate BTO Crystal Substrate BaTiO3 (110) 10x10x1 mm SSP?

A3: These substrates are commonly produced and inspected under rigorous ISO 9001 quality management standards, ensuring consistent composition, polish, and dimensional accuracy. Manufacturers may also conform to ISO 14001 environmental guidelines to maintain eco-friendly processes. Routine inspections include thickness measurement, crystallographic orientation checks, and surface quality analytics, all documented to guarantee the substrate’s reliability and suitability for high-precision commercial and industrial applications.

Related Information

1. Material Properties and Advantages

Barium Titanate Crystal Substrate BTO Crystal Substrate BaTiO3 (110) in a 10x10x1 mm single-side polished format exhibits an exceptional dielectric constant, which is particularly beneficial for applications that demand precise electric field control. This distinctive property arises from the crystal’s ferroelectric nature, allowing the substrate to provide stable and reliable performance under varying thermal and environmental conditions. Furthermore, its (110) orientation ensures favourable domain configuration, enhancing the substrate’s effectiveness in piezoelectric and electro-optic applications.

In addition, the small 10x10x1 mm size provides efficient integration into compact devices, making it suitable for microelectronics and miniaturised components. The substrate’s inherent resistance to mechanical stress and thermally induced strains contributes to longer operational lifespans and reduced maintenance requirements. As a result, it has gained recognition among manufacturers seeking to optimise device performance while maintaining consistent output quality.

2. Applications in Advanced Industries

Telecommunication devices frequently utilise BaTiO3 (110) substrates to achieve efficient signal processing and transmission. The high dielectric constant is especially vital in radio frequency modules, filters, and antenna systems, where precise control over capacitance and impedance can significantly improve overall performance. Additionally, the substrate’s ferroelectric characteristics facilitate the development of tunable components, enabling more flexible and adaptive device functionalities.

Technological advancements in optics and sensors also benefit from Barium Titanate substrates due to their ability to sustain stable polarisation states and respond to external stimuli. Researchers have leveraged these qualities to develop advanced electro-optic modulators, infrared detectors, and various sensor platforms that demand accurate and consistent readings. The compact 10x10x1 mm format, combined with the excellent dielectric and piezoelectric properties, ensures reliable results in demanding commercial and industrial environments.