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Magnetic Particle Detector

Magnetic Particle Detector

113000 INR/Unit

Product Details:

  • Power 220V AC / 50 Hz
  • Usage Non-destructive testing for crack detection in steel and iron components.
  • Function Detects surface and slightly subsurface discontinuities in ferromagnetic materials.
  • Size 208x52x146 mm
  • Accuracy 100 %
  • Product Type Magnetic Particle Detector
  • Operating Mode Continuous or Pulse
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Magnetic Particle Detector Price And Quantity

  • 1 Unit
  • 113000 INR/Unit

Magnetic Particle Detector Product Specifications

  • 3.1 Kilograms (kg)
  • Continuous or Pulse
  • 220V AC / 50 Hz
  • Magnetic Particle Detector
  • 208x52x146 mm
  • Detects surface and slightly subsurface discontinuities in ferromagnetic materials.
  • Manual
  • 100 %
  • ASTM E709, IS:3703, BS:5044
  • Black & Mud Colour
  • Non-destructive testing for crack detection in steel and iron components.

Magnetic Particle Detector Trade Information

  • 1000 Unit Per Day
  • 1 Week

Product Description

Magnetic Particle Detectors are the only ones that self-balance. While these are frequently used in the field and may be used to solve a variety of on-site particle testing concerns, they do have limitations in terms of weight, material type, and size. Additionally, the majority of traditional testing techniques require the equipment to be calibrated or modified before to use. The new integrated technology of our device enables us to study materials varying from rubber to steel without the requirement for equipment calibration. We developed particle detector range that capable of measuring various materials under load independently.  

Magnetic Particle Detectors Specifications:


1. Model: MJE-12/220

2. Power Supply: AC 220 V 50 Hz or DC 12 V

3. Charging Power: AC 220 V /50 Hz

4. Working Current: AC 1.4 A/DC 1.7 A

5. Charging Time: 8-15 hrs

6. Battery Life: Over 6 hrs

7. Duty Cycle: 1 min. on/1 min. off

8. Magnetic Distance: 50-200 mm

9. Lifting Power: A C >5.5 kg D C >26 kg

10. Dimension Yoke: 208 52 146 mm

11. Standard Delivery: Yoke 1 PCS

12. Battery Bag: 1 PCS

13. Battery: 1 PCS

14. Power Cable: 1 PCS

15. Fuse: 2 PCS(5 A)

16. Weight: 3.1 kg

17. Frequency: 50 Hz

Magnetic Particle Detector FAQ:


Q: What is a magnetic particle detector?


A: A magnetic particle detector is a non-destructive testing (NDT) method used to detect surface and near-surface flaws in ferromagnetic materials.

Q: How does a magnetic particle detector work?


A: The process involves magnetizing the test object and then applying ferromagnetic particles (usually iron filings or magnetic powder) to the surface. If there are any surface or near-surface defects, the particles will be attracted to and accumulate around the defect, making it visible under proper lighting conditions.

Q: What types of defects can a magnetic particle detector detect?


A: Magnetic particle testing is primarily used to detect surface cracks, seams, laps, inclusions, and other discontinuities that are parallel to the direction of magnetic flux.

Q: What materials can be tested using magnetic particle detection?


A: Magnetic particle testing is typically used on ferromagnetic materials such as iron, steel, nickel, and their alloys.

Q: What are the advantages of magnetic particle testing?


A: Magnetic particle testing is relatively quick, cost-effective, and can detect both surface and near-surface defects. It can be performed on large or complex-shaped objects and can be used for both ferrous and non-ferrous materials.

Q: What are the limitations of magnetic particle testing?


A: Magnetic particle testing is limited to ferromagnetic materials. It cannot detect defects that are not parallel to the direction of magnetic flux, and it may not detect very small or deeply buried defects.

Q: What are the safety considerations when performing magnetic particle testing?


A: Safety precautions include ensuring proper ventilation when working with magnetic particles, wearing appropriate personal protective equipment (PPE), and following proper procedures for handling and disposing of magnetic particles.

Q: Can magnetic particle testing be automated?


A: Yes, magnetic particle testing can be automated using specialized equipment such as magnetic particle inspection machines, which can improve efficiency and consistency in testing.

Q: Is magnetic particle testing suitable for all applications?


A: While magnetic particle testing is widely used, it may not be suitable for all applications. Factors such as material type, surface condition, and the size and orientation of defects should be considered when determining the appropriate testing method.

Q: How is the sensitivity of magnetic particle testing determined?


A: The sensitivity of magnetic particle testing depends on various factors including the strength of the magnetic field, the type and size of magnetic particles used, and the surface condition of the test object. Sensitivity can be adjusted by modifying these parameters.


Advanced Detection Method

This Magnetic Particle Detector employs Magnetic Particle Inspection, a non-destructive test method that uses a magnetic field and iron particles to visually indicate discontinuities. Ideal for detecting cracks and flaws on ferromagnetic surfaces, its proven reliability ensures precise and consistent results across every application.


Rugged for Industrial Environments

Engineered from high-impact plastic or alloy, the device thrives in demanding workshop and field conditions. Its air-cooled system and strong build are optimized for both stationary and portable operations, making it a perfect fit whether users are on the factory floor or conducting onsite inspections.


User-Friendly Operation

Featuring manual controls and intuitive analog/LED indicators, operators can smoothly switch between continuous or pulsed testing modes. The ergonomic design and lightweight construction facilitate extended usage without fatigue, while guaranteed compatibility with major testing standards ensures dependable performance.

FAQs of Magnetic Particle Detector:


Q: How does the Magnetic Particle Detector identify cracks and discontinuities in steel and iron?

A: The device uses magnetic particle inspection, where it magnetizes the material and applies fine iron particles. Any surface or slightly subsurface discontinuities disrupt the magnetic field, causing particles to gather and form visible indications.

Q: What are the main application areas for this Magnetic Particle Detector?

A: The detector is widely used in the automotive, aerospace, and heavy engineering sectors for inspecting ferromagnetic components. It is especially suited for workshop and field testing of steel and iron parts.

Q: When should I opt for manual control and continuous or pulse operating modes?

A: Manual control allows the operator to fine-tune inspection processes for specific parts. Continuous mode offers steady magnetic field application, while pulse mode is ideal for components where intermittent magnetization enhances flaw detection.

Q: Where is this Magnetic Particle Detector compatible for use?

A: Designed for versatility, the detector operates efficiently in both workshop and field environments. Its rugged enclosure and air-cooled system support reliable operation in varied industrial settings.

Q: What is the process for conducting a magnetic particle inspection with this device?

A: After cleaning the components surface, it is magnetized using the detector. Magnetic particles are applied, and under analog or LED indicators, observations are made for particle accumulations that highlight discontinuities. The process is certified as per ASTM E709, IS:3703, and BS:5044 standards.

Q: What benefits does this detector offer for non-destructive testing?

A: The detector provides precise, easy-to-interpret visual indications, rapid inspection cycles, 100% detection accuracy for ferromagnetic materials, and complies with international quality standards. Its robust design and portability add to its practical value for industrial users.

Q: How can I ensure accurate results when inspecting ferromagnetic materials?

A: For optimal accuracy, ensure the material is clean, select the suitable operating mode, and use the device according to certified standards. The analog/LED indicators aid in clear detection, while the air-cooled system maintains consistent device performance throughout prolonged use.

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