NM01C00222

The Dolphitech TRM-AFx-3.5MHz (8mm aqualene) Transducer Module is a high-performance ultrasonic transducer specifically engineered for demanding non-destructive testing applications, particularly with composite materials such as CFRP. Featuring a center frequency of 3.5 MHz and an 8mm active element diameter, this transducer offers an excellent balance of penetration and resolution for detailed material characterization and flaw detection.  

The "aqualene" designation likely indicates advanced acoustic matching or backing technology, optimized for efficient sound transmission and reception, potentially in immersion testing scenarios. This ensures high signal quality and reliable results. The TRM-AFx series from Dolphitech is known for its quality and performance, making this transducer module a valuable asset for advanced ultrasonic inspections.

Key Features:

• 3.5 MHz Center Frequency: Ideal for composite materials like CFRP, offering a balance of penetration and resolution.  

• 8mm Active Element Diameter: Provides a focused sound beam for accurate measurements.

• "Aqualene" Technology: Likely indicates advanced acoustic matching or backing for optimized performance, possibly in immersion testing.

• Dolphitech Quality: A product from a reputable manufacturer of high-end ultrasonic testing equipment.

• Robust Construction: Designed for reliable performance in demanding inspection environments.

Benefits:

• Optimized for Composites: Excellent performance for inspecting CFRP and other composite materials.  

• High Signal Quality: Advanced acoustic design ensures clear and reliable ultrasonic signals.

• Precise Flaw Detection: The combination of frequency and element size allows for detailed defect identification.  

• Reliable Performance: Backed by Dolphitech's reputation for quality NDT equipment.  

Applications:

• Ultrasonic inspection of CFRP components in aerospace, automotive, and other industries.  

• Material characterization and analysis of composite structures.

• Flaw detection and sizing in composite materials.

• Potentially suitable for immersion testing applications.