Ultrasonic Immersion Transducer

1. Why immersion ultrasonic Probe

lmmersion probes are designed to transmit and receive ultrasonic waves in water, Thickness readings obtained byimmersion techniques are generally more reliable when the geometry of the test sample is complex or when in-ineinspection is performed. Typical ofline applications include wall thickness measurements on small diameter plasticor metal pipes, scanning or rotational measurements, and thickness measurements on samples with large bendsSome applications may require the probe to access extremely small areas.

2. Advantages of immersion ultrasonic testing

1. High precision: immersion ultrasonic testing can perform non-contact detection of objects underwater, with high precision, and can detect tiny defects.

2. Fast detection speed: immersion ultrasonic testing can perform comprehensive detection of large-area objects in a short time, and has great advantages in detection efficiency.

3. Non-destructive: immersion ultrasonic testing is a non-contact non-destructive testing technology that is non-destructive to the object to be tested and has a good protective effect.

3. Specification of immersion ultrasonic probe

Immersion ultrasonic probes are used in numerous industrials, including:

Aerospace, Automotive, Oil & Gas, Manufacturing, Energy.

Testing thin plates or tubes.

Testing composite materials, to detect delamination and disbonding.

Detecting moving products on a production line or during processing.

Through the water layer coupling to sharp corners, grooves, etc.

Detect irregular, complex geometries or rough surfaces.

Achieve automated measurement through secondary development.