NM01SLM1025L

The SONATEST SLM series High Wear Single Element Contact Transducer is a robust and versatile ultrasonic probe designed for a wide range of direct contact inspection needs. Featuring a larger 1" (25.4 mm) diameter element and operating at a balanced 2.25 MHz frequency, this transducer delivers enhanced sensitivity and greater penetration depth, making it ideal for examining thicker materials and more attenuative substances.  

Built for demanding environments, this transducer boasts a high-wear face crafted from durable ceramic, often reinforced with a stainless steel wear ring. This robust construction significantly extends the probe's lifespan, particularly when used on surfaces that can cause rapid wear on standard transducers. The durable casing further ensures reliable performance in challenging industrial settings.  

Key Features:

• Enhanced Sensitivity & Penetration: Larger 1" element for improved performance on thicker materials.

• Durable High Wear Face: Extends transducer life, especially on abrasive surfaces.

• Versatile 2.25 MHz Frequency: A balanced choice for a wide range of materials and applications.

• Reliable Contact Probe: Designed for consistent and accurate direct contact testing.

• Rugged Construction: Built to withstand demanding industrial use.

• Broad Instrument Compatibility: Available with various connector types (confirm your specific requirement).

Benefits:

• Long-Term Reliability: The high wear face minimizes replacement costs and downtime.  

• Improved Inspection Capability: The larger element enhances performance on a wider range of materials and thicknesses.

• Consistent and Accurate Results: Delivers dependable performance in various contact testing scenarios.  

• Adaptable to Diverse Applications: The balanced frequency suits a broad spectrum of inspection needs.

• Built to Last: Rugged design ensures durability in challenging environments.  

Applications:

• Flaw detection in thicker sections of metals, plastics, and composites.

• Accurate thickness gauging across a wider range of material thicknesses.

• Inspection of forgings, castings, and machined parts, including those with moderately rough surfaces.  

• Ideal for applications requiring both durability and enhanced sensitivity.