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Radiographic inspection of steel structures

Radiographic inspection of steel structures

Detect internal defects with depth in the direction of radiation! It is possible to identify the planar position.

"Radiographic testing" is an inspection method applicable to both metallic and non-metallic materials. When radiation (X-rays) is applied to a test specimen, such as a steel weld, areas with defects inside the weld will allow more radiation to pass through than sound areas. If this X-ray is captured on a photosensitive material like film and developed, the defects will appear darker on the film than the sound areas. The presence or absence of defects is determined by this density difference. The equipment is portable, making it suitable for various field operations. 【Features】 ■ Determines the presence of defects based on density differences ■ Easily detects internal defects with depth in the direction of radiation ■ Can specify the location on a flat surface ■ Portable equipment suitable for various field operations ■ Requires safety management for radiation *For more details, please refer to the PDF document or feel free to contact us.

  • Radiation detector
  • X-ray inspection equipment
  • Contract Inspection

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Magnetic particle testing

Magnetic particle testing

Magnetic powder adheres to the defect, causing the defect to expand! Introducing an inspection method suitable for ferromagnetic materials.

Magnetic Particle Testing is a suitable inspection method for detecting flaws near the surface of ferromagnetic materials. When a test specimen with cracks or other flaws in the surface or just below the surface is magnetized, magnetic flux leaks from the flaws, creating magnetic poles. When magnetic particles are sprinkled on the surface of the test specimen, they adhere to the flaw, enlarging it and making detection easier. 【Features】 ■ Applicable only to ferromagnetic materials ■ Effective for surface flaws ■ An effective inspection method for crack-like flaws ■ In places where outdoor or dark conditions are not possible, color magnetic particles (white, black, etc.) that do not require black light are used. *For more details, please refer to the PDF document or feel free to contact us.

  • Contract Inspection
  • Other inspection equipment and devices

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Ultrasonic flaw detection test "Vertical flaw detection method"

Ultrasonic flaw detection test "Vertical flaw detection method"

Using ultrasonic waves that propagate perpendicular to the inspection surface for flaw detection! Inspection is possible from only one side of the test specimen.

The "Vertical Ultrasonic Testing Method" is one of the testing methods in ultrasonic flaw detection that examines the presence, location, size, shape, and distribution of flaws in materials and products without causing any damage. It uses ultrasonic waves that propagate perpendicularly to the testing surface for detection. It is possible to accurately determine the position of flaws in the thickness direction. Additionally, since it utilizes the reflection method, inspections can be conducted from only one side of the test specimen. The upper limit of the thickness that can be inspected is large, allowing for inspections in the range of 3 to 5 meters for steel, and it targets various materials such as carbon steel and stainless steel. 【Features】 ■ Investigates the presence and size of flaws without damaging materials or products ■ Uses ultrasonic waves that propagate perpendicularly to the testing surface for detection ■ High capability for detecting surface flaws ■ Can accurately determine the position of flaws in the thickness direction ■ Large upper limit for inspectable thickness, capable of inspecting steel in the range of 3 to 5 meters *For more details, please refer to the PDF document or feel free to contact us.

  • Contract Inspection
  • Other inspection equipment and devices

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Penetrant Testing

Penetrant Testing

The operating temperature is from room temperature to 200°C! It has excellent ability to detect cracks and circular defects!

"Penetrant Testing" is a method that targets surface-opening defects that occur on material surfaces. It involves applying a penetrant liquid, which is drawn out to the surface through capillary action, and the resulting indications are perceived through visual inspection. Since liquid penetrants are used, it is possible to detect defects in the details of complex-shaped test specimens. It is highly effective in detecting cracks and circular defects in various orientations. This method can be applied to all materials except for hygroscopic materials, regardless of whether they are magnetic, non-magnetic, metallic, or non-metallic. 【Features】 - Targets surface-opening defects that occur on material surfaces - Uses liquid penetrants - Excellent ability to detect cracks and circular defects - Accommodates defects in various orientations - Operating temperature: Room temperature to 200°C *For more details, please refer to the PDF document or feel free to contact us.

  • Contract Inspection
  • Other measurement, recording and measuring instruments

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Ultrasonic Testing "Oblique Angle Testing Method"

Ultrasonic Testing "Oblique Angle Testing Method"

By using direct method and single reflection method from one side of the test specimen, a wide range of inspections is possible!

The "Oblique Angle Ultrasonic Testing Method" is one of the ultrasonic testing methods used to examine the presence, location, size, shape, and distribution of defects in materials and products without causing any damage. This method involves transmitting and receiving ultrasonic waves at an angle to the testing surface. It allows for inspection in areas where vertical testing cannot be applied, such as welds. Additionally, inspections can be conducted using different angles, such as 45° or 70°, depending on the shape and thickness of the weld. The applicable temperature range is approximately room temperature to 150°C, and the materials targeted include carbon steel and stainless steel. **Features** - Investigates the presence, location, and size of defects without damaging materials or products. - Transmits and receives ultrasonic waves at an angle to the testing surface. - Enables inspection in areas where vertical testing is not applicable, such as welds. - Allows for inspections using different angles, such as 45° or 70°, based on the shape and thickness of the weld. - Applicable temperature: approximately room temperature to 150°C (for hot air furnaces, etc.). *For more details, please refer to the PDF document or feel free to contact us.*

  • Contract Inspection
  • Other inspection equipment and devices

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Visual inspection using a videoscope.

Visual inspection using a videoscope.

Introducing inspection methods using industrial videoscopes for visual inspection of piping and inside containers!

The "visual inspection using a videoscope" is an inspection method used for visual checks of the interior of heat exchangers and tube inner surfaces, as well as for confirming the grouting of sheath pipes in PC structures. In locations where direct visual inspection is not possible, such as inside piping or in confined spaces, an industrial videoscope is used to conduct visual inspections via a monitor. With a 6.5-inch large screen and clear images, accurate judgments can be made, and the visual results can be saved as still images, with the option to save videos as well. 【Features】 ■ Accurate judgment with a 6.5-inch large screen and clear images ■ Usable for wide-area inspections with a built-in lithium-ion battery ■ Side visual inspection possible by replacing the adapter at the scope tip ■ Visual results can be saved as still images, and videos can also be saved ■ Scope outer diameter: 6.0mm Effective length: 3.5m *For more details, please refer to the PDF document or feel free to contact us.

  • Contract Inspection
  • Other microscopes
  • Other inspection equipment and devices

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