NM01PSS62752

The STANDARD SHEAR WAVE TRANSDUCERS (SS), .625” x .750”, 2.25 MHz, COMPOSITE, manufactured by Dakota NDT, are high-performance ultrasonic transducers designed for precise and reliable shear wave inspections in non-destructive testing (NDT) applications. These transducers are engineered to generate and receive shear waves, which are essential for detecting flaws oriented at angles that longitudinal waves might miss, providing a more comprehensive inspection.

These transducers feature a rectangular element measuring .625 inches by .750 inches, providing a suitable aperture for generating a focused shear wave beam, enhancing flaw detection capabilities.

Operating at a frequency of 2.25 MHz, these transducers offer a balanced combination of penetration depth and resolution. This frequency is widely used in shear wave inspections, making these transducers versatile for a variety of materials and applications.

A key feature of these transducers is their composite construction. Composite transducers are known for their enhanced sensitivity and improved signal-to-noise ratio compared to traditional ceramic transducers. This results in more accurate and reliable flaw detection, particularly in challenging inspection scenarios.

Manufactured by Dakota NDT, a reputable provider of NDT equipment, these shear wave transducers are built to meet stringent quality standards and performance specifications. Their robust construction and reliable performance make them a valuable tool for critical inspections in industries such as welding, manufacturing, aerospace, and material characterization.

Key Features and Benefits:

• .625” x .750” Element Size: Provides a suitable aperture for generating a focused shear wave beam.

• 2.25 MHz Frequency: Offers a balance of penetration depth and resolution.

• Composite Construction: Enhanced sensitivity and improved signal-to-noise ratio.

• Shear Wave Generation: Designed for detecting flaws oriented at angles.

• Dakota Ultrasonics Quality: Manufactured to high-quality standards.

• Standard Shear Wave (SS) Design: For general shear wave use.

Applications:

• Weld inspection for detecting cracks, lack of fusion, and other flaws.

• Flaw detection in various materials, including metals, composites, and plastics.

• Material characterization for assessing grain structure and anisotropy.

• Aerospace inspections of aircraft components.

• General shear wave ultrasonic testing.