ULTRASONIC THICKNESS GAUGE 0.8-300MM GEN. USE 5.0MHz
R15,961.00
ST200
An ultrasonic thickness gauge is a device used to measure the thickness of
materials using ultrasonic waves. It is commonly employed in industries like
manufacturing, metalworking, shipbuilding, and aerospace to non-destructively
measure the thickness of materials such as metals, plastics, composites, glass,
and ceramics.
Applications:
- Industrial Inspection: Ultrasonic thickness gauges are
commonly used to inspect the thickness of pipelines, tanks, boilers, and
other equipment to detect corrosion or wear. - Aerospace and Automotive: Used to measure the thickness
of materials in aircraft, cars, and other vehicles to ensure safety and
integrity. - Manufacturing: In production lines, ultrasonic gauges
ensure materials like plastic, rubber, and metal components are of the
correct thickness. - Shipbuilding: Critical for checking the thickness of
ship hulls and other structural components exposed to harsh marine
environments.
Advantages:
- Non-Destructive: Measurements can be made without
damaging or altering the material. - Versatile: Can measure a wide range of materials, from
metals to plastics. - Precise: Offers high accuracy and repeatability, making
it reliable for quality control and safety inspections.
Limitations:
- Surface Preparation: The surface needs to be clean, and
sometimes a coupling gel is required to ensure proper contact between the
transducer and the material. - Material Dependency: The speed of sound varies between
materials, so the device must be calibrated for the specific material being
tested.
An ultrasonic thickness gauge is a powerful tool for maintaining the
structural integrity of equipment and ensuring product quality without damaging
the workpiece.
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Description
ULTRASONIC THICKNESS GAUGE 0.8-300MM GEN. USE 5.0MHz
ST200
An ultrasonic thickness gauge is a device used to measure the thickness of
materials using ultrasonic waves. It is commonly employed in industries like
manufacturing, metalworking, shipbuilding, and aerospace to non-destructively
measure the thickness of materials such as metals, plastics, composites, glass,
and ceramics.
Applications:
- Industrial Inspection: Ultrasonic thickness gauges are
commonly used to inspect the thickness of pipelines, tanks, boilers, and
other equipment to detect corrosion or wear. - Aerospace and Automotive: Used to measure the thickness
of materials in aircraft, cars, and other vehicles to ensure safety and
integrity. - Manufacturing: In production lines, ultrasonic gauges
ensure materials like plastic, rubber, and metal components are of the
correct thickness. - Shipbuilding: Critical for checking the thickness of
ship hulls and other structural components exposed to harsh marine
environments.
Advantages:
- Non-Destructive: Measurements can be made without
damaging or altering the material. - Versatile: Can measure a wide range of materials, from
metals to plastics. - Precise: Offers high accuracy and repeatability, making
it reliable for quality control and safety inspections.
Limitations:
- Surface Preparation: The surface needs to be clean, and
sometimes a coupling gel is required to ensure proper contact between the
transducer and the material. - Material Dependency: The speed of sound varies between
materials, so the device must be calibrated for the specific material being
tested.
An ultrasonic thickness gauge is a powerful tool for maintaining the
structural integrity of equipment and ensuring product quality without damaging
the workpiece.
Additional information
| Weight | 1.95000000 kg |
|---|---|
| Dimensions | 325.00000000 × 300.00000000 × 90.00000000 cm |
| Brand | |
| Barcode | 6009515888244 |
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