Phased Array Transducers
Sonatest produce a wide offering of phased array transducers in two different lines - X-Series and DAAH.
Sonatest offer a comprehensive selection of Phased Array Ultrasonic Testing (PAUT) transducers, meticulously hand-built to ensure high quality and durable construction. Designed to meet the demands of advanced non-destructive testing (NDT) applications, our PAUT transducers deliver exceptional performance and reliability.
Whether you're conducting weld inspection, corrosion mapping, flaw detection, thickness gauging, or composite material testing, our transducers are engineered to provide precise and accurate results.
Our commitment to quality and customer satisfaction ensures that our PAUT transducers meet the highest standards of performance and reliability. By choosing our transducers, you benefit from:
- Expert Craftsmanship: Each transducer is hand-built by skilled technicians, ensuring meticulous attention to detail
- Advanced Technology: Leveraging the latest advancements in phased array ultrasonic testing for superior results
- Versatility: Suitable for a wide range of applications, making them valuable tools for various industries
- Dedicated Support: Our team provides comprehensive support and service to assist you with your NDT needs
Phased Array Transducers FAQs
Phased array transducers are advanced tools used in ultrasonic testing. They consist of multiple small elements, known as array probes, which can be controlled individually. This allows the device to direct sound waves in specific patterns, making them great for detailed and flexible inspections across various industries.
Sonatest Phased Array Transducers offer:
- High-Quality Construction: Crafted with superior materials and expert craftsmanship for longevity and consistent performance
- Advanced Technology: Incorporating the latest innovations in phased array ultrasonic technology for enhanced inspection capabilities
- Durable Design: Built to withstand harsh testing environments, offering robust durability for long-term use
- Precision Performance: Engineered for high sensitivity and accuracy, facilitating reliable detection and measurement of flaws and material properties
- Customization Options: We offer the ability to customize transducers to meet your specific testing requirements
The main job of a phased array transducer is to provide clear images and accurately detect flaws inside materials. By adjusting the signals to each of the array probes, it helps to pinpoint and characterize defects in structures, ensuring safety and precision in critical industries.
Applications of PAUT Transducers
- Weld Inspection: Detect flaws such as cracks, porosity, and lack of fusion in welds with high precision
- Corrosion Mapping: Assess the extent and severity of corrosion in pipelines, storage tanks, and other critical structures
- Flaw Detection: Identify internal defects like cracks, inclusions, and voids in materials without causing any damage
- Thickness Gauging: Accurately measure the thickness of materials to assess corrosion, erosion, or wear
- Composite Material Testing: Evaluate the integrity of composite structures in industries like aerospace, automotive, and manufacturing
The four main types of transducer arrays include:
- Linear Array: Elements arranged in a straight line, great for scanning flat surfaces and providing clear images
- Angle Beam Array: Designed to inspect welds by sending sound at an angle, helping to find flaws in joints
- 2D Array (Matrix Array): A grid-pattern setup that allows detailed scanning in multiple dimensions, perfect for complex inspections
- Annular Array: Circular elements focusing on varying depths, enhancing image quality at different levels within a material
An "array" simply refers to any group of sensors used together. In contrast, a "phased array" allows each sensor to be controlled individually, enabling precise adjustments like beam direction and focus. This makes phased array setups more flexible and accurate, especially useful in detailed flaw detection and intricate inspections.