CY9401 PMN-PT Crystal Substrates (001) 5x10x0.5 mm 30-34 mol%

PMN-PT Crystal Substrates (001) 5x10x0.5 mm 30-34 mol% Description

These (001)-oriented PMN-PT Crystal Substrates measure 5 × 10 × 0.5 mm and feature a composition range of 30–34 mol%, making them ideal for high-performance piezoelectric and ferroelectric applications. Their electromechanical coupling and stable polar properties enable control in device fabrication, whether for sensors, microphones, or actuators. Engineered from Pb(Mg₁/₃Nb₂/₃)O₃–PbTiO₃ single crystals, these substrates deliver consistent performance and durability under demanding conditions.

Each substrate undergoes quality inspections that ensure uniform thickness, minimal surface defects, and dimensional tolerances. This commitment supports reliable device operation, reproducibility, and maintenance reduction. Whether used in research, development, or production settings, these PMN-PT Crystal Substrates offer the balance of performance, precision, and long-term reliability for electronic and optoelectronic designs.

PMN-PT Crystal Substrates (001) 5x10x0.5 mm 30-34 mol% Applications

PMN-PT Crystal Substrates (001) at 5x10x0.5 mm and 30-34 mol% composition offer piezoelectric and ferroelectric characteristics. These substrates stand out for their sensitivity, electromechanical coupling, and dimensional stability. As a result, they support a range of civilian and commercial innovations, including sensors, components, and instruments in industries such as electronics, healthcare, and renewable energy.

1. Industrial Applications

·         Smart Sensor Arrays: Piezoelectric response enables real-time monitoring in process automation and quality control systems.

·         Precision Actuators: Electromechanical coupling delivers motion in automated assembly lines and manufacturing equipment.

2. Research and Scientific Instruments

·         High-Resolution Microscopy: Dielectric properties enhance signal clarity for scanning probe and electron microscopy applications.

·         Optical and Electro-Optic Studies: Ferroelectric domains facilitate experiments in light transmission and photonics.

3. Medical and Healthcare Applications

·         Ultrasound Imaging Transducers: Sensitivity improves image clarity for diagnostic procedures and patient care.

·         Microfluidic Control Systems: Electromechanical responsiveness supports fluid handling in lab-on-a-chip devices and medical diagnostics.

PMN-PT Crystal Substrates (001) 5x10x0.5 mm 30-34 mol% Packaging

These PMN-PT Crystal Substrates are packaged using anti-static foam layers and sealed in moisture-resistant pouches to prevent damage and contamination. Each unit is placed within a cushioned box to maintain integrity during transit. They should be stored in a cool, dry environment, away from direct sunlight. Cleanroom processing is available upon request, ensuring particle contamination minimisation and customised packaging options for specialised applications.

Packaging: Vacuum sealed, Wooden Box, or Customised.

PMN-PT Crystal Substrates (001) 5x10x0.5 mm 30-34 mol% FAQs

Q1: What are the key material properties of PMN-PT Crystal Substrates (001) 5x10x0.5 mm 30-34 mol%?

A1: PMN-PT (Lead Magnesium Niobate–Lead Titanate) crystals with a 30-34 mol% composition in the (001) orientation exhibit piezoelectric and electromechanical coupling properties. They offer a dielectric constant, dielectric loss, and poling efficiency, making them suitable for sensing and actuation applications. These single-crystal substrates provide thermal stability and low acoustic impedance, enhancing device performance in ultrasound transducers and actuators.

Q2: How should this product be handled and stored?

A2: These crystals are delicate and should be handled with clean, latex- or nitrile-gloved hands to prevent contamination or fingerprints. Use only lint-free materials and secure the substrates in padded carriers to avoid mechanical stress. Store them in a controlled environment with stable temperature and low humidity to maintain their physical and electrical integrity. Avoid exposure to chemicals, direct sunlight, or temperature changes that may compromise performance.

Q3: Which quality standards and certifications apply to PMN-PT Crystal Substrates (001) 5x10x0.5 mm 30-34 mol%?

A3: For PMN-PT Crystal Substrates (001) 5x10x0.5 mm 30-34 mol%, reputable manufacturers typically maintain ISO-certified quality management systems, such as ISO 9001, to ensure substrate thickness, doping levels, and crystallographic orientation. Many suppliers adhere to RoHS and REACH directives for environmental compliance. Stringent inspection processes, including checks and defect analysis, are conducted prior to shipment to guarantee performance in commercial and industrial applications.

Related Information

1. Material Properties and Advantages

A feature of PMN-PT Crystal Substrates (001) in the 5x10x0.5 mm size with a 30-34 mol% composition is their piezoelectric response, which translates into control over mechanical displacements for applications. These substrates possess a uniform crystal orientation, ensuring behaviour and efficiency in sensor designs, transducer assemblies, and actuator systems. The piezoelectric effect in this composition supports conversions between electrical and mechanical signals, enabling accurate and stable operational outputs.

Dielectric and ferroelectric properties further highlight the benefits of this material, as it exhibits a dielectric constant and low dielectric loss. These attributes enable optimised energy usage, making the substrates valuable in electronics and monitoring devices. Their thermal stability ensures performance under a range of temperatures, resulting in functionality during operational cycles.

2. Applications in Advanced Industries

Medical imaging solutions rely on the resonance and sensitivity of PMN-PT Crystal Substrates (001) to achieve diagnostic images. By utilising the piezoelectric properties, equipment manufacturers can develop ultrasound transducers and scanners that offer resolution without increasing the device footprint. This allows for efficient procedures, improved outcomes, and operational cost reduction.

Chemical process monitoring benefits from the substrates’ stability and signal-to-noise ratio in analytical instrumentation. The crystal structure enables data collection, which is crucial when detecting trace elements, gases, or fluctuations in compositions. Such accuracy is vital for maintaining standards, optimising production cycles, and ensuring compliance in various sectors.