Online Learning with Hands-On Training!
Our Magnetic Particle Testing Hybrid Course is the ideal solution for professionals looking to enhance their knowledge and skills. Start with our in-depth online training module, where you’ll learn the principles and techniques of magnetic particle testing at your own pace. Once the online portion is completed, you’ll attend one day of hands-on training, working directly with expert instructors and advanced equipment to apply your new skills in a real-world environment.
What Makes Our Hybrid Course Stand Out?
- Flexible online learning, tailored to your schedule
- One day of hands-on training with industry professionals
- Work with cutting-edge equipment in practical testing scenarios
- Perfect for professionals seeking certification or skill enhancement
Our hybrid course combines the convenience of online learning with the essential, practical experience needed for success in magnetic particle testing. Enroll today and gain both the theoretical knowledge and hands-on skills to advance your career.
Magnetic Particle Testing Level I / II
Course Length: 20 hours
Cost: $700
What’s Included:
- Full access to the online course
- Magnetic Particle Testing Classroom Training Book, 2nd edition
Instructor Support: Get assistance from an ASNT Level III expert whenever needed.
Learn at Your Pace: Study at your convenience with our on-demand learning format.
Hands-on Training: Includes one full day of practical, in-person training at our Baxter, MN facility.
Certification: Successfully complete the course and receive a Certificate of Completion that meets or exceeds ASNT SNT-TC-1A, CP189, and ASNT CP-105 standards.
Magnetic Particle Testing (MT)
Magnetic Particle Testing (MT) is a nondestructive testing (NDT) method which is used for locating surface or near surface discontinuities in ferromagnetic materials. Magnetic particle testing is based on the principle that magnetic lines of force will be distorted by a change in material continuity; i.e., a discontinuity creating a magnetic field or flux leakage.
A test object is magnetized by passing an electric current through the object (direct magnetization) or by placing it in a magnetic field (indirect magnetization). The electric current creates a magnetic field perpendicular to the current flow. For this reason, magnetic fields are applied in at least two directions, perpendicular to each other, to assure the examination areas are completely evaluated.
When the magnetic field has been established within the test object, magnetic particles are applied to the surface to be examined. They can be dry or suspended in a liquid. Discontinuities can be further enhanced using fluorescent magnetic particles and observing them under black light. After removal of excess particles, the magnetic flux leakage field at a detectable discontinuity reveals its location, shape, and size.
Magnetic Particle Testing (MT) Level I/II Course:
This training program was developed to instruct students on the fundamental basics of Magnetic Particle Testing principles and theory. Students will be instructed in topics such as principles and characteristics of magnetic fields, material discontinuities, magnetization from electric current, selecting methods of magnetization, materials inspection, principles of demagnetization, method testing equipment, discontinuities detected by magnetic particle testing, and MT indications/interpretation.
This is a 20-hour course which satisfies the training hours needed for Level I and II certification in accordance with SNT-TC-1A and ANSI/ASNT CP-189.
Please call if you have any questions: 218-851-8347
