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Magnetic Particle Detecting Device

Magnetic Particle Detecting Device

1000000 INR/Unit

Product Details:

  • Power 220V/50Hz
  • Usage Auto Testing Machine
  • Function Detects surface and subsurface defects in ferromagnetic materials
  • Accuracy 100 %
  • Product Type Portable Magnetic Particle Detector
  • Operating Mode Portable
  • Control Mode Manual
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Magnetic Particle Detecting Device Price And Quantity

  • 1 , , Unit
  • 1000000 INR/Unit

Magnetic Particle Detecting Device Product Specifications

  • Detects surface and subsurface defects in ferromagnetic materials
  • IS: 3703
  • Manual
  • 100 %
  • 220V/50Hz
  • Gray & Red
  • Portable Magnetic Particle Detector
  • Auto Testing Machine
  • Portable

Magnetic Particle Detecting Device Trade Information

  • 1000 , , Unit Per Day
  • 1 Week

Product Description

A magnetic particle detecting device, also known as a magnetic particle inspection (MPI) tool, is used to find surface and near-surface discontinuities in ferromagnetic materials. These discontinuities can be cracks, laps, seams, welds, and other defects that can compromise the integrity of the material.

Magnetic particle detecting device is a widely used nondestructive testing (NDT) method that is used in a variety of industries, including:

1. Aerospace

2. Automotive

3. Oil and gas

4. Power generation

5. Shipbuilding

6. Welding

Magnetic particle detecting device is a relatively simple and inexpensive NDT method that can be used to inspect a wide variety of parts and materials. It is a valuable tool for ensuring the safety and reliability of critical components.

Magnetic Particle Detecting Device Specifications:


1. Fault Detection Speed: Less Then 6 m/m

2. Material: Stainless Steel

3. Frequency: 50 Hz

4. Voltage: 220V

5. Current: 5A

6. Model Name/Number: PRO-UR-MT-MPT-3

7. Temperature Rise Of Probe: Greater then 60 degree

Magnetic Particle Detecting Device FAQ:


Q. What can magnetic particle detectors find?


Ans: Magnetic particle detectors are primarily used to identify surface and near-surface cracks, laps, seams, welds, and other discontinuities in ferromagnetic materials like steel, iron, nickel, and cobalt. They cannot detect defects in non-ferromagnetic materials like aluminum, copper, or plastics.

Q. What are the different types of magnetic particle detectors?


Ans: Currently, there are 3 types.

1. Yoke magnets: Portable, hand-held devices that use electromagnets to create a localized magnetic field. Good for quick inspections on small areas.

2. Wet benches: Stationary units that immerse parts in a liquid suspension of magnetic particles while applying a magnetic field. Ideal for larger parts and complex geometries.

3. Automated MPI systems: High-throughput systems used in production lines for fast and consistent inspections.

Q. What are the advantages of using magnetic particle detectors?


Ans: Below are some of it's advantages:

1. Non-destructive: Doesn't damage the material being inspected.

2. Relatively simple and inexpensive: Requires minimal training and equipment compared to other NDT methods.

3. Portable: Yoke magnets offer high portability for field inspections.

4. Fast and efficient: Can inspect large areas quickly.

5. Highly sensitive: Can detect even small cracks and defects.

Q. What are the limitations of magnetic particle detectors?


Ans: Below are some of it's limitations:

1. Limited to ferromagnetic materials: Cannot be used on non-ferromagnetic materials.

2. Only detects surface and near-surface defects: Cannot detect deep flaws.

3. Requires surface preparation: Paint, coatings, or rust may need to be removed for accurate inspection.

4. Safety precautions needed: Requires proper handling of magnetic fields and liquids.


Advanced Crack Detection Technology

This device leverages Magnetic Particle Testing, offering reliable detection of surface and subsurface imperfections on ferromagnetic metal parts. It is particularly suited for critical applications such as welding inspections, where accuracy and reliability are paramount.


User-Friendly Portable Design

Designed with a compact and lightweight form, this detector is easy to transport and maneuver, making it perfect for on-site industrial and auto testing tasks. Manual controls and bright indicator lights allow for simple operation and real-time device status monitoring.


Safety and Compliance Assured

Overload protection and air-cooled mechanisms ensure durable and safe operation during intense usage. The device meets IS: 3703 standards, providing dependable performance and safety in demanding environments.

FAQs of Magnetic Particle Detecting Device:


Q: How does the Magnetic Particle Detecting Device identify defects in metal components?

A: The device uses the Magnetic Particle Testing method by magnetizing ferromagnetic materials. When a defect is present, magnetic flux leaks out and causes visible indications as magnetic particles cluster, making it possible to identify cracks or flaws on and beneath the surface.

Q: What types of materials and applications is this device suitable for?

A: This device is designed specifically for ferromagnetic metal components, making it ideal for tasks like welding inspections, crack detection, and general flaw identification in industrial and automotive testing environments.

Q: When should I use this device during the welding inspection process?

A: It is best to use the device after welding is complete and before final assembly or painting, ensuring all surface and subsurface defects are located and rectified to uphold structural integrity.

Q: Where can the Magnetic Particle Detecting Device be utilized effectively?

A: The portable and compact design allows the device to be used in various locations, including manufacturing plants, construction sites, automotive workshops, and on-site industrial inspection areas across India.

Q: What is the process for operating this magnetic particle tester?

A: Begin by positioning the device on the metal component, adjust the magnetizing current as required, and power it on. Manually control the test, observe the indicator lights for device status, and inspect the area for magnetic particle indications, ensuring comprehensive defect detection.

Q: How safe and reliable is the operation of this device?

A: Equipped with overload protection and an efficient air-cooling system, the device is engineered for safe use under rigorous conditions. Compliance with IS: 3703 ensures that quality and safety standards are consistently met.

Q: What are the key benefits of using this magnetic particle detecting device?

A: Key advantages include its 100% detection accuracy, ease of portability, straightforward manual operation, adjustable magnetizing current, and robust constructionmaking it an asset for exporters, manufacturers, and service providers alike.

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