CY9418 PMN-PT Crystal Substrates (110) 10x10x1 mm 28-30 mol%

PMN-PT Crystal Substrates (110) 10x10x1 mm 28-30 mol% Description

PMN-PT Crystal Substrates (110) 10×10×1 mm with 28–30 mol% composition exhibit exceptional piezoelectric and electro-optic properties, making them ideal for a wide range of high-performance applications. These substrates derive their strength from a balanced mix of lead magnesium niobate and lead titanate, offering excellent dielectric permittivity and high piezoelectric coefficients. The (110) orientation enhances uniform polarisation, ensuring stable and efficient signal conversion for sensors, actuators, and transducers.

Manufactured to stringent quality standards, each crystal substrate ensures minimal defects, precise dimensional tolerances, and a finely polished surface for optimal integration into advanced devices. Thorough inspection and controlled growth conditions further guarantee consistent material characteristics across batches, giving researchers and engineers the reliability needed for applications where performance and repeatability are vital.

PMN-PT Crystal Substrates (110) 10x10x1 mm 28-30 mol% Applications

PMN-PT Crystal Substrates (110) 10x10x1 mm 28-30 mol% are advanced functional ceramics known for their exceptional piezoelectric and dielectric properties. Their high sensitivity, broad frequency response range, and stable mechanical structure make them suitable for various commercial and industrial applications. The unique orientation and precise composition of these substrates facilitate performance in devices requiring accurate signal detection and actuation.

1. Electronics and Semiconductor Applications

·         High-frequency sensors for precise signal detection and enhanced sensitivity

·         Advanced actuators in microelectromechanical systems (MEMS) for reliable performance

2. Medical and Healthcare

·         Ultrasonic transducers for diagnostic imaging and non-invasive therapeutic procedures

·         Wearable health monitoring devices with improved accuracy in data collection

3. Research and Scientific Instruments

·         Piezoelectric scanning stages in microscopy setups requiring fine positional control

·         Acoustic wave filters for laboratory-based signal processing and material analysis

PMN-PT Crystal Substrates (110) 10x10x1 mm 28-30 mol% Packaging

These PMN-PT Crystal Substrates (110) 10x10x1 mm 28-30 mol% are carefully packaged inside ESD-safe foam containers to ensure minimal stress and avoid electrostatic damage. Each container is hermetically sealed to shield against moisture and contaminants. Store them in a clean, temperature-controlled environment, free from direct sunlight. For added protection, protective gloves and air-tight lamination are used to prevent contamination. Customised packaging solutions can be arranged upon request.

Packaging: Vacuum sealed, Wooden Box, or Customised.

PMN-PT Crystal Substrates (110) 10x10x1 mm 28-30 mol% FAQs

Q1: What are the key material properties of PMN-PT Crystal Substrates (110) 10x10x1 mm 28-30 mol%?

A1: PMN-PT (110) crystal substrates exhibit high electromechanical coupling, notable piezoelectric coefficients, and low dielectric loss. Their composition of 28-30 mol% ensures stable ferroelectric behaviour, making them suitable for precision sensor and actuator applications. They also feature good thermal stability, maintaining performance over a broad temperature range. The (110) orientation enhances certain anisotropic properties, allowing improved control over device performance in various commercial and industrial applications.

Q2: How should this product be handled and stored?

A2: These substrates should be handled with lint-free gloves in a clean environment to prevent particulate contamination on the crystal surface. Avoid contact with hard surfaces or abrasive materials to reduce the risk of chipping or scratching. Transport them in protective containers with cushioning to prevent mechanical shock. Store in a controlled, dry location with stable temperature and humidity levels to maintain consistent material quality over time.

Q3: Which quality standards and certifications apply to PMN-PT Crystal Substrates (110) 10x10x1 mm 28-30 mol%?

A3: These substrates are commonly manufactured under ISO 9001 quality management guidelines to ensure consistent production and traceability. They may also meet RoHS and REACH directives, confirming minimal hazardous substances and environmental compliance. In addition, manufacturers often implement strict internal inspection protocols, including dimensional checks and defect screenings, to verify substrate integrity. Such standards help guarantee substrates are suitable for high-precision commercial and industrial applications.

Related Information

1. Manufacturing Process

Composed of lead magnesium niobate-lead titanate with a 28-30 mol% composition, PMN-PT Crystal Substrates (110) 10x10x1 mm undergo a precise series of steps to ensure optimal structure. The selected orientation of (110) is achieved by carefully slicing the grown crystal, followed by precision polishing to maintain uniform thickness and surface finish.

Tailored temperature control during the growth phase is crucial for stabilising the crystal lattice and reducing defect densities. This meticulous approach allows for enhanced piezoelectric properties, making these substrates particularly suited for businesses seeking consistent performance in sensors, actuators, and related commercial devices.

2. Applications in Advanced Industries

Fields such as micro-electromechanical systems (MEMS) and high-precision positioning rely on the precise piezoelectric responses offered by PMN-PT Crystal Substrates (110) 10x10x1 mm. Their enhanced dielectric and electromechanical coupling properties enable accurate and stable operation in various environmental conditions, making them a choice for sensitive commercial instrumentation.

Medical diagnostics equipment also benefits from these substrates due to their ability to generate well-defined signals for imaging and sensing. Integrating PMN-PT Substrates into modern ultrasound transducers can enhance both resolution and efficiency, leading to more reliable examinations and improved patient outcomes.