NM01MX3503

he "New and Improved Pie Gage (for field orientation) MADE IN THE USA" is a vital tool for magnetic particle inspection (MPI) professionals, designed to accurately determine the direction of magnetic fields on test surfaces. This improved gage assists in ensuring proper magnetization orientation, crucial for effective flaw detection. Manufactured in the USA, this gage embodies quality and reliability for field and laboratory MPI applications.  

Key Features and Benefits:

• Field Orientation Aid:

  • Specifically designed to determine the direction of magnetic flux on test surfaces, allowing inspectors to optimize magnetic field orientation for flaw detection.  

• Pie Design:

  • Utilizes a segmented, circular "pie" design that visually indicates the direction of magnetic lines of force.

  • Provides a clear and intuitive method for verifying magnetic field orientation.

• "New and Improved" Design:

  • Represents an updated version of the pie gage, incorporating improvements for enhanced accuracy, durability, or ease of use.

  • Reflects ongoing development to meet the evolving needs of MPI professionals.

• MADE IN THE USA:

  • Manufactured in the United States, ensuring adherence to quality control standards and supporting domestic manufacturing.  

  • Provides assurance of product reliability and craftsmanship.

• Essential for MPI:

  • Crucial for ensuring that magnetic fields are oriented at appropriate angles to detect potential flaws effectively.

  • Helps to verify that magnetization is sufficient for accurate inspections.

• Durable Construction:

  • Designed to withstand the rigors of field and laboratory use.

Applications:

• Magnetic Particle Inspection (MPI):

  • Used in conjunction with MPI to verify magnetic field direction during flaw detection.

• Welding Inspection:

  • Ensuring proper magnetization of weldments for accurate defect detection.

• Oil and Gas Industry:

  • Inspecting pipelines, vessels, and equipment for surface and near-surface flaws.  

• Aerospace Industry:

  • Verifying magnetic field orientation during inspections of critical aircraft components.

• Manufacturing:

  • Quality control inspections of various ferromagnetic components.