NM01SW6260

The Dakota NDT Standard Angle Beam Wedges are high-quality, precision-engineered accessories designed for use in ultrasonic testing (UT) applications requiring angled beam inspections. These wedges are specifically designed to generate a 60-degree shear wave (SW), enabling the effective detection of flaws and discontinuities oriented at specific angles within test materials. The contact surface of the wedge measures .625" x .625", ensuring compatibility with a wide range of standard ultrasonic transducers. Manufactured by Dakota NDT, a trusted provider of NDT equipment, these wedges deliver reliable and consistent performance for critical inspections across various industries.

Key Features and Benefits:

• 60-Degree Shear Wave (SW):

  • Optimized for detecting flaws oriented at specific angles, such as cracks, lack of fusion, and inclusions.

  • Enhances inspection accuracy and effectiveness.

• .625" x .625" Contact Surface:

  • Ensures compatibility with a wide range of standard ultrasonic transducers.

  • Provides a secure and stable interface between the transducer and the wedge.

• Standard Design:

  • Offers a reliable and consistent performance for standard angled beam inspections.

  • Meets industry standards and requirements.

• Dakota Ultrasonics Manufacturing:

  • Manufactured by Dakota Ultrasonics, a reputable provider of NDT equipment.  

  • Ensures high quality, durability, and reliability.

• Durable Material:

  • Made from materials that withstand the wear of normal UT inspections.

Applications:

• Weld Inspections:

  • Detecting cracks, lack of fusion, and other weld defects.  

  • Ensuring weld quality and integrity.

• Pipeline Inspections:

  • Inspecting pipelines for corrosion, cracks, and other flaws.

• Structural Integrity Assessments:

  • Evaluating the structural integrity of materials and components.

  • Detecting flaws and discontinuities.

• General Non-Destructive Testing (NDT):

  • Performing angled beam inspections in various industries and applications.