
NM01225L161010
The Siui ULTRASOUND PROBE 2.25L16-1.0-10 is a robust and reliable linear array ultrasound transducer designed for applications requiring deep penetration and effective flaw detection in materials. This probe is particularly well-suited for industrial non-destructive testing (NDT) applications where inspecting thicker materials is essential.
Operating at a frequency of 2.25 MHz, this probe offers excellent penetration depth, allowing for the inspection of materials with significant thickness. While the lower frequency provides deeper penetration, it also results in a trade-off in resolution compared to higher frequency probes.
The "L16-1.0-10" designation provides important details about the probe's characteristics. "L" indicates that it is a linear array probe, which provides a rectangular field of view. "16" signifies the number of elements within the probe. "1.0" most likely refers to the element pitch, influencing the spatial resolution. "10" likely relates to another dimensional specification of the probe.
The linear array design allows for a wide field of view, facilitating the inspection of larger areas while maintaining good penetration depth. This makes it suitable for applications such as weld inspection, pipe inspection, and general flaw detection in thick materials.
Manufactured by Siui, a reputable provider of ultrasound equipment, the 2.25L16-1.0-10 probe is built to stringent quality standards, ensuring reliable and consistent performance. Its robust design and precise manufacturing make it a valuable tool for industrial inspection.
Key Features and Benefits:
2.25 MHz Frequency: Provides excellent penetration depth for inspecting thicker materials.
Linear Array Design: Offers a wide field of view.
16 Elements: Contributes to effective flaw detection.
Large Element Pitch: Designed for penetration.
High-Quality Construction: Ensures durability and reliable performance.
Siui Quality: Manufactured by a reputable provider of ultrasound equipment.
Applications:
Industrial NDT:
Weld inspection (e.g., thick welds in pressure vessels, pipelines)
Pipe inspection (e.g., thick-walled pipes)
General flaw detection in castings, forgings, and other thick materials.
Corrosion inspection.