iThick-700 Ultrasonic Thickness Gauge

Product Features：

• By using the “echo – echo” technology, the coating thickness can be measured to determine the actual thickness ofthe body.
• The single crystal probe enables the measurement limit to reach 0.15mm, ensuring precise measurement even for thin components.
• There are three measurement modes: AUTO, I-E, and E-E.
• They can automatically switch according to conditions, ensuring both the accuracy and applicability for differentthickness workpieces.
• Supports sonic velocity calibration and reverse calculation.
• By using a known thickness test block, accurate sonic velocity can be obtained, reducing errors caused by material
• It has the function of data storage. Each of the 5 filesstores 100 sets of data, including thickness values and time, which is convenient for subsequent viewing and analysis.
• Adaptable to various scenarios, available in basic andhigh-temperature models, applied in multiple fields such as petroleum and aviation, the coupling agent can be flexibly selected to adapt to different surfaces.
• The operation is user-friendly. It supports multiple languages including Chinese and English. The units can be set toeither metric or imperial systems. It has an alarm function and a low battery indication feature to facilitate timely battery replacement.

Product Applications：

• In the petrochemical industry, it is possible to measure the wall thickness of pipelines andcontainers, monitor the corrosion situation, and ensure the safe operation of equipment.
• In the metallurgical industry, it is used for thickness measurement of plates and castingsto control the specification accuracy of materials during the production process.
• In the shipbuilding industry, thickness measurements are conducted on ship body steelplates and other components to ensure that the structural strength of the vessels meets the standards.
• In the aviation field, the thickness of aircraft components is measured to ensure theirreliability in the high-altitude and high-pressure environment.
• In the aerospace field, precise measurement of the thickness of spacecraft materials isnecessary to meet the stringent requirements for material performance in extreme
• In mechanical processing, the thickness of various processed parts is inspected to ensurethat the dimensions of the parts conform to the design standards.